More news and blogs

Security Is the New Credit Score And Most Software Teams Are Flying Blind

Wed, 14 May 2025 20:08:59 GMT

If a customer, investor, or auditor asked you today how secure your software is — could you prove it?

That moment is coming. And for many fast-moving teams, the answer is: not really.

In a world where speed, agility, and AI-assisted development are driving record release velocity, security visibility has not kept up. But that’s changing — fast.

The best analogy? Security is becoming the new credit score. And you’re already being judged on it.

JPMorgan Chase Just Raised the Bar for Every Tech Vendor

In a recent open letter to suppliers, JPMorgan Chase made its expectations clear:

“ We expect our suppliers to adopt a security-by-design approach to minimize risks

in software development and maintenance.”

Translation?
If you’re building or selling software — no matter your size — your internal security practices are now part of someone else’s risk strategy.

Enterprise buyers, regulated customers, and due diligence teams aren’t just looking for features. They want proof of how securely you’re building what you ship.

The Reality: Most Software Teams Don’t Know Their Risk

Here’s what the data says:

83% of organizations knowingly release software with vulnerabilities (GitLab DevSecOps Report)
Over 50% of breaches are tied to software supply chain issues (Verizon DBIR)
76% of buyers say a vendor’s security posture influences purchasing decision (Gartner research)

Meanwhile, developer teams are shipping faster than ever — often with little alignment to security or compliance teams, let alone consistent risk data across tools.

Secure-by-Design Isn’t Optional Anymore

The Secure-by-Design movement — championed by CISA, JPMorgan, and forward-thinking software teams — flips the old model.

Instead of bolting security onto the end of development, you embed it from the start.

But here’s the thing: Even if you’re building securely…You still need a way to prove it.

That’s Why We Built the Verified Trust Score

The Start Left Trust Score is a new way to measure your software security posture — without the long setup, vendor bloat, or spreadsheet audits.

It’s a fast, consultative experience where we work with your team to:

Identify security gaps across teams, tools, and pipelines
Benchmark your maturity across key Secure-by-Design pillars
Generate a shareable report for internal reviews, client QBRs, or compliance prep
Deliver actionable insights you can use now — whether you work with us or not

No fluff. Just real, mapped visibility in under 30 minutes. Learn more

Real Teams Are Already Using It

One of our earliest users — a dev team at a PE-backed SaaS company — thought they were in great shape for SOC 2.Until we ran their Trust Score.

Within the hour, we uncovered:

A rogue pipeline bypassing policy enforcement
Several teams pushing updates without security validation
A lack of documented Secure-by-Design proof across key releases

The Trust Score became their pre-audit playbook — and helped them avoid weeks of fire drills.

For a Limited Time, You Can Try It — Free

We’re scaling fast, and as part of our growth phase, we’re offering a limited number of free Trust Score consults to qualified teams.

It’s our way of showing the value of the Start Left platform — and helping companies like yours get ahead of rising buyer and regulatory pressure.

There’s no catch. No commitment. Just clarity. Learn more

Book Your Trust Score Review

If you're:

Building software for regulated or enterprise markets
Preparing for a security audit or compliance milestone
Selling into customers asking hard questions about dev practices
Leading security or product and want better visibility

Let’s get your score on the board. Schedule a quick consult to get your Trust Score (Limited slots weekly — we’ll walk you through it live.)

The Future of Software Development with AI — and Why Secure-by-Design Matters More Than Ever

Wed, 07 May 2025 20:19:25 GMT

AI is already transforming how we build software—but what’s coming next will change who builds it, how it’s secured, and what becomes valuable.

We’re entering an era where developers prompt more than they code, teams move faster than their tools can validate, and the real IP isn’t just in the code—it’s in the strategy behind it.

⚠️ And if that sounds exciting… it’s also a security time bomb waiting to explode.

In this blog, we’ll explore what the future of software development looks like in an AI-driven world—and why Secure-by-Design must evolve alongside it.

“AI gives us speed, but speed without security is a risk multiplier.
We’ve had to rethink how governance and security show up in every sprint.”
Alex, CISO, Series B SaaS Startup

Developers Become Architects, Not Just Coders

AI is already writing tests, fixing bugs, and scaffolding new features. Tomorrow’s developers won’t spend their time writing boilerplate—they’ll be guiding AI, reviewing logic, and designing architecture. But here's the catch: thespeed of output increases, while therisk of oversight multiplies.

92% of developers say they’re using AI tools in some capacity —

but only 11% say their organization has clear security guardrails in place.

GitHub Developer Survey, 2024

Secure-by-Design Implication: Security must shift further left into the design of workflows and architecture—not just the code that gets committed.

Prompt Engineering Becomes a Required Skill

Developers will soon be judged not just on what they build—but on how effectively they prompt. The ability to ask the right questions, sanitize inputs, and guide AI will define efficiency. The risk is that prompts often include sensitive context—like architectural choices, security trade-offs, and internal policies.

42% of developers admit to pasting sensitive information—

like credentials or internal logic—into AI tools without security review.

Stack Overflow Developer Survey, 2024

Secure-by-Design Implication: Companies must treat prompts like code. Build policy. Train teams. Protect product security logic from leaking into public AI tools.

Code Is Just One Layer—The Real Value Is Logic and Governance

As AI and no-code platforms scale, code will become more abstracted. The competitive edge won't come from code alone—it will come from decision logic, governance workflows, and how fast teams adapt.

Secure-by-Design Implication: Security frameworks must evolve to support composable logic , third-party integrations , and AI-generated code —not just custom apps.

Governance Moves From Afterthought to Competitive Advantage

Fast, AI-fueled development introduces risk: hallucinated logic, insecure configurations, and undocumented flows. Without visibility, issues hide in complexity.

Secure-by-Design Implication: Platforms like Start Left will become essential—not as “extra layers,” but as intelligence engines that track, validate, and guide security maturity in real time.

Traceability and Explainability Become the New Unit Tests

Who wrote this function—the dev or the AI? Why was this API allowed to bypass auth? How did that fix get deployed? If your team can’t explain it, auditors, investors, and regulators will ask why.

"Who wrote this logic—the dev or the AI?"
"Why did that API bypass auth?"
"Who approved that fix?"

78% of CISOs say explainability will be a key audit requirement in the next 2 years.

Secure-by-Design Implication: Security must include explainability. Not just “what’s protected”—but why , how , and by whom .

Security Shifts Left—But So Must the Culture

AI speeds up everything: deployment, iteration… and mistakes. If security is still a ticket in Jira or a last-minute check, you’ve already lost.

Secure-by-Design Implication: Security needs to be embedded into daily workflows, developer culture, and product reviews—not just audits.

Security Becomes IP. Protect It Accordingly.

Your company’s remediation workflows, threat models, and risk logic? That’s not just knowledge. It’s intellectual property. In a world where everyone’s prompting the same tools, your frameworks are your edge.

Secure-by-Design Implication: Security maturity isn’t just about protection—it’s about preserving what makes your company defensible.

AI Accelerates Everything—Including the Need for Governance

AI won’t eliminate developers. It will empower them to work faster and think bigger. But if speed outpaces strategy—and convenience outpaces caution—your team could scale risk just as fast as they ship features.

Secure-by-Design used to mean “build it right.” Now it means: Design it right, Prompt it safely. Prove it continuously

Want to See What Secure-by-Design Looks Like in the AI Era?

See Start Left In Action > https://www.startleftsecurity.com/get-a-demo
Let us show you how security maturity, visibility, and real-time governance can be built in from day one.

Cybersecurity for Private Equity: Why Start Left Is the Key to Portfolio Risk Reduction and Higher Valuation

Thu, 01 May 2025 14:30:12 GMT

How Start Left Helps PE Firms Accelerate Secure Exits

40% of PE-backed deals are delayed or devalued due to undisclosed cybersecurity issues.

That’s not a tech problem. That’s a portfolio risk management problem.

For private equity firms, cyber risk can quietly kill a deal—or stall it at the worst possible time. For portfolio companies, it means longer sales cycles, costly compliance gaps, and last-minute remediation.

Start Left is a cybersecurity maturity platform built to solve both problems—giving PE firms visibility and control across portfolios, while enabling companies to scale securely and prove compliance faster. Learn more

Why Private Equity Firms Need a Portfolio-Wide Security Strategy

��️ Reduce Cybersecurity Risk Across Portfolio Companies

Start Left provides centralized visibility into software risk, security posture, and governance maturity across all portfolio companies. That means no more surprises during diligence or board reviews.

“Start Left uncovered maturity gaps that would have cost us 6 months in diligence.” – Managing Director, Mid-Market PE Firm

�� Improve Audit Readiness and Exit Valuation

Portfolio companies using Start Left have audit-ready documentation, security controls mapped to compliance frameworks, and a clear maturity roadmap—all of which drive higher valuations during M&A.

�� Cut Security and Compliance Costs by 30%

Start Left replaces expensive consultants and redundant tooling with a scalable, repeatable platform that’s already helped PE firms save up to $2.4M across portfolios in 18 months.

⏩ Accelerate M&A and Compliance Timelines

Firms using Start Left report 3+ months saved in audit prep thanks to automated assessments, remediation playbooks, and centralized reporting.

How Start Left Helps Portfolio Companies Build Security Maturity

�� Launch a Security Program Without Hiring a CISO

Startups and mid-stage companies often can’t afford security teams. Start Left gives them pre-built templates, Secure-by-Design workflows, and role-based tools to operate like mature organizations—without headcount.

✅ Meet Compliance Standards Like SOC 2 and ISO Faster

Whether pursuing SOC 2, HIPAA, or ISO 27001, Start Left aligns engineering and product teams around what matters most—and helps them pass audits with confidence.

�� Scalable Security That Grows with the Business

Start small. Expand as needed. Companies can manage up to 5–10 repositories, enable software composition analysis (SCA), static and dynamic scanning, and manage domains—all within a low-cost starter plan designed for quick wins.

�� Create a Security-First Culture from Day One

Security isn’t just a tool—it’s a behavior. Start Left promotes collaboration between developers, product owners, and security leaders, making it easy to embed secure practices into daily work.

Start Left Delivers Value Across the PE Ecosystem

Here’s what both stakeholders gain:

For PE Firms

�� Lower audit & remediation costs

�� Higher exit valuation & investor confidence

�� Centralized visibility into security gaps

�� Portfolio-wide risk reduction

For Portfolio Companies

⚡ Faster time to compliance

�� Tools to launch security without headcount

�� Audit-ready documentation & maturity roadmap

�� Secure-by-design software development

FAQ: Cybersecurity, Compliance & PE Firms

Q: What is Start Left?

A: Start Left is a cybersecurity and governance platform that helps PE firms and SaaS companies build secure-by-design practices and prove security maturity during audits, sales cycles, or M&A.

Q: How does Start Left help private equity firms?

A: It provides real-time visibility into portfolio-wide software risk, helping firms reduce exposure, improve valuation, and accelerate exits—all with one standardized platform.

Q: Is Start Left only for companies with security teams?

A: No. Start Left is ideal for startups and growth-stage companies who need to build strong security foundations without hiring dedicated security staff.

Q: What types of compliance frameworks does Start Left support?

A: SOC 2, ISO 27001, HIPAA, and custom enterprise frameworks—Start Left provides mapping, reporting, and remediation planning aligned to these and more.

Let’s Talk Security ROI

�� Book a 20-minute strategy session Let’s discuss how Start Left can reduce risk, protect valuation, and accelerate secure growth—across every company in your portfolio.

The Secure-by-Design Shift: A Wake-Up Call for Microsoft-Centric Dev Shops

Tue, 22 Apr 2025 22:59:11 GMT

Why Microsoft’s Secure Future Means Rethinking Your Delivery Model

In today's rapidly evolving digital landscape, security is no longer a peripheral concern—it's a central pillar of software development. Microsoft's recent advancements, particularly the Secure Future Initiative (SFI) , underscore the urgency for development firms to integrate security deeply into their delivery models.

Understanding Microsoft's Secure Future Initiative

Launched in November 2023, Microsoft's SFI represents a comprehensive overhaul of its cybersecurity strategy. The initiative emphasizes three core principles:

Secure by Design : Embedding security considerations from the inception of product development.
Secure by Default : Ensuring security features are enabled out-of-the-box, requiring minimal user intervention.
Secure Operations : Maintaining and improving security throughout the product lifecycle.

These principles are not just theoretical—they're actionable guidelines that Microsoft is integrating across its platforms, including Azure, GitHub, and Microsoft 365.

The Implications for Microsoft-Centric Development Firms

For firms specializing in Microsoft technologies, the SFI presents both a challenge and an opportunity. Clients are increasingly expecting their software partners to adhere to these heightened security standards. Failing to do so could result in lost business or reputational damage. In addition, Microsoft's emphasis on security is influencing procurement decisions. Organizations are now prioritizing vendors who can demonstrate a commitment to secure development practices.

Rethinking Your Delivery Model: Actionable Steps

To align with Microsoft's security vision, consider the following steps:

1. Integrate Security into the Development Lifecycle

Adopt Microsoft's Security Development Lifecycle (SDL) framework to ensure security is considered at every stage of development—from requirements gathering to deployment.

2. Leverage Azure's Security Features

Utilize Azure's built-in security tools, such as Azure Security Center and Microsoft Defender for Cloud , to proactively identify and mitigate vulnerabilities.

3. Implement Secure Coding Practices

Train your development team in secure coding standards and regularly conduct code reviews to identify potential security flaws early in the development process.

4. Automate Security Testing

Incorporate automated security testing tools into your CI/CD pipeline to detect and address vulnerabilities promptly.

5. Stay Informed and Compliant

Regularly review Microsoft's security guidelines and ensure your practices remain compliant with the latest standards and regulations.

How working with Start Left helps you align, differentiate, and scale with confidence

Microsoft has made it clear: secure software development is no longer optional—it’s the expectation. The Secure by Design initiative is a call to arms for software vendors to embed security early, prove it continuously, and demonstrate it clearly to buyers, regulators, and partners alike.

This shift creates an opportunity for software development firms to lead, not lag.
Working with Start Left gives you the operational edge to meet these new expectations—and stand out while doing it.

✅ Differentiate : Show customers and prospects that security is foundational—not a bolt-on.
✅ Prove it : Build the governance, visibility, and continuous validation needed to show (not just say) your software is secure.
✅ Win more business : Align with Secure by Design expectations to unlock new markets and accelerate sales cycles.
✅ Reduce risk : Shift security left in your SDLC and spot issues before they reach production—or your customers.
✅ Scale smart : With Start Left, you embed security into delivery without slowing your team down.

Start Left helps you bake security into how you build—and keep showing it after you ship.
In a world where buyers expect more transparency, security, and proof—this is how you lead.

Embracing the Future

Secure-by-design isn’t just a trend—it’s the new standard for modern software development. By rethinking your delivery model with security built in from the start, your firm can meet Microsoft’s evolving expectations and stand out in a crowded market.

Want to dive deeper into Microsoft’s approach? Explore their Secure by Design documentation .
Curious how Start Left can give your team a competitive edge? Let’s schedule a demo and show you how it works in action.

Secure by Design: How Dev Firms Win Bigger Deals and Build Trust

Mon, 21 Apr 2025 22:14:53 GMT

Why Secure by Design Is the Future of Software Development

Today’s development teams face mounting pressure to ship code quickly. But as speed increases, security gaps grow—and many teams still treat security as an afterthought.

This creates a dangerous lag between when software is released and when vulnerabilities are discovered.

Secure by Design changes that.

It’s a modern approach where security is embedded into every phase of the Software Development Life Cycle (SDLC)—not just bolted on at the end. For software developers, it’s a chance to take ownership of how secure their code is before it goes live—and after it ships.

The Developer Opportunity: Own Security from the Start

With a platform like Start Left , developers can shift security earlier in the process and keep visibility long after deployment. Here’s how:

✅ Stamp Every Release with Security Validation

Start Left enables software teams to validate code security during development, flag risks early, and log every security check made before release.

✅ Monitor Security Posture After Code Ships

Security doesn’t end at deploy. With continuous monitoring, developers and security teams can track how their app is performing in real time, across codebases, tools, and teams.

✅ Build a Culture of Secure Development

Start Left bakes security training and best practices directly into the developer workflow. It even includes gamified learning and scorecards, making secure coding part of your engineering culture—not a burden.

Who Benefits from Secure by Design?

�� Developers

Real-time feedback on code health
Less back-and-forth with security
Proof of code quality and secure practices

��️ Security Teams

Early alignment with dev teams
Lower volume of late-stage issues
Clear tracking across the SDLC

�� Engineering & Product Leaders

Higher development velocity
Fewer compliance risks
Increased team ownership

�� The Business

Stronger security posture
Better audit readiness
Higher trust with enterprise buyers

Why Start Left Is the Right Tool for Secure Software Development

Start Left isn’t just another DevSecOps tool. It’s a developer-first platform that connects planning, architecture, and execution—making Secure by Design actionable, measurable, and scalable.

Here’s what sets it apart:

Unified view of security posture across releases
Seamless integration into developer tools and workflows
Post-deployment visibility and continuous assurance
Support for compliance, audit prep, and maturity growth

Secure Code. Confident Releases. Continuous Visibility.

The software landscape is changing—and buyers are asking tougher questions. How do you know your code is secure? What happens after release? How do you prove it?

Start Left helps developers answer with confidence.

With Secure by Design baked into every step, you don’t just ship fast—you ship smart, secure, and ready for anything.

Want to See It in Action?

Request a demo

Beyond Tooling: Why CTOs & CISOs Must Lead AppSec Evaluations

Wed, 26 Mar 2025 20:55:12 GMT

Application Security Posture Management (ASPM) and Developer Security Posture Management (DevSPM) tools promise visibility, prioritization, and increased security coverage—compelling offerings for any security-conscious organization. However, there's a critical gap that technical evaluations led solely by AppSec engineers often overlook.

Introducing "Living Security" and Execution Intelligence

Living Security is a proactive, human-centered approach to cybersecurity risk management that emphasizes continuous employee engagement, education, and behavioral change.

Traditional security focuses primarily on tools, technologies, and reactive vulnerability management. In contrast, Living Security recognizes humans not merely as risk factors, but as key defenders—transforming security into a cultural strength.

Start Left® adapts this concept specifically for software developers through Execution Intelligence, embedding security directly into everyday development workflows. Instead of just surfacing vulnerabilities, Start Left influences developer behavior, fosters proactive security cultures, and drives continuous improvement through gamification, behavioral analytics, and real-time feedback.

The Missing Link: Execution

Application Security Posture Management (ASPM) and Developer Security Posture Management (DevSPM) tools promise visibility, prioritization, and increased security coverage—compelling offerings for any security-conscious organization. However, there's a critical gap that technical evaluations led solely by AppSec engineers often overlook:

AppSec teams are excellent problem solvers, adept at uncovering and prioritizing vulnerabilities. But vulnerabilities and compliance issues aren't merely technical—they’re symptomatic of broader systemic and cultural issues within an organization. Addressing these problems demands leadership beyond tool selection.

Key Components of Start Left’s Execution Intelligence (Inspired by Living Security):

① Continuous Developer Engagement & Upskilling

Frequent, embedded learning opportunities integrated directly into developer workflows.
Interactive training sessions, security-focused coding workshops, and real-time scenario-based learning exercises.

② Behavioral Change through Gamification

Leveraging positive reinforcement, gamified recognition, and incentives to drive secure developer behaviors.
Encouraging developers to proactively engage in secure coding practices, threat modeling, and code reviews as routine activities.

③ Secure-by-Design Engineering Culture

Embedding security deeply within the engineering culture—making secure development a natural outcome, not an afterthought.
Empowering developers with ownership and accountability for secure software delivery, aligning security with their professional growth.

④ Developer-Centric Risk Intelligence

Measuring, tracking, and proactively addressing risks arising from developer behaviors using advanced analytics and continuous monitoring across CI/CD pipelines.
Utilizing real-time behavioral insights to predict, prioritize, and mitigate systemic risks introduced during software development.

⑤ Personalized Developer Experience

Tailoring feedback, coaching, and communication strategies to resonate with individual developers, teams, and engineering leadership.
Making secure development practices personally relevant, achievable, and aligned with developer career objectives.

Practical Implementation Examples:

Developer Behavior Analytics: Continuous, real-time metrics correlating developer activities with software security outcomes, highlighting improvement areas and recognizing positive behaviors.
Security Gamification & Recognition: Leaderboards, badges, and reward systems directly tied to secure coding achievements, collaboration, and ongoing learning.
Embedded Real-Time Coaching: In-the-moment training and remediation advice integrated into development tools and pipelines, reinforcing secure behaviors organically.
Systemic Risk Insights: Using advanced behavioral telemetry to highlight systemic challenges across the software development lifecycle—enabling proactive cultural and process improvements rather than reactive patching or policy enforcement.

Where AppSec-Led Evaluations Fall Short:

1. Scaling Secure Practices:

How will you consistently scale secure development across every team?
Which processes will drive security across diverse, distributed teams?

2. Influencing Behavior, Not Just Identifying Issues:

A tool can surface vulnerabilities, but how do you ensure developers adopt new, secure behaviors consistently?
Who is accountable for driving long-term cultural shifts?

3. Improving the System, Not Just the Symptoms:

Effective security involves more than scanning and remediation—it requires changes to workflows, incentive structures, and organizational culture.
Who is equipped and empowered to solve the systemic challenges?

Comparison Matrix: ASPM vs. DevSPM vs. Start Left®

Why Leadership Must Step Up

CTOs and CISOs bring strategic visibility, cultural influence, and the authority required to create systemic change. Security isn’t merely an engineering challenge—it’s an organizational priority requiring high-level oversight.

When leadership is involved, evaluations shift from simple feature comparisons toward meaningful transformations in culture and process. This ensures that selected tools and platforms align with long-term organizational goals and are adopted effectively by development teams.

Moving Beyond "Shifting Left"

"Shifting left" shifts responsibility toward developers, but without leadership-driven cultural transformation, it becomes a burden rather than an opportunity. CTOs and CISOs must ensure developers have the support, training, and incentives required to embed security practices naturally within their workflows.

Execution Intelligence: A Leadership Imperative

Platforms like Start Left® advocate a fundamentally different approach: embedding secure behaviors and proactive security measures directly into developer workflows and organizational culture. This model requires leadership commitment and active participation.

Benefits of Start Left’s Execution Intelligence:

Reduced software delivery risks driven by proactive developer behaviors rather than reactive scans and remediation.
Accelerated secure delivery cycles by empowering developers with real-time feedback and embedded security practices.
Improved developer retention and satisfaction through gamified recognition, professional development, and reduced friction in daily engineering workflows.
Cultural transformation within engineering teams, ensuring secure software development is intrinsic, sustainable, and scalable.

Conclusion: It's About Culture, Not Just Tools

Evaluations led solely by AppSec teams risk reducing decisions to feature comparisons, overlooking the essential cultural and systemic factors required for lasting change. CTOs and CISOs must take active roles in AppSec evaluations, ensuring the selected solutions genuinely address and transform the underlying challenges.

Real security begins with leaders solving systems, not just engineers solving problems.

The Evolution Security Never Finished: From Reactive to Excellent

Sat, 22 Mar 2025 19:56:40 GMT

From Reactive to Engineering Excellence

In our original " Toyota Moment " post, we exposed the fundamental flaw in how cybersecurity has evolved: we’ve treated it like post-production inspection, not like quality engineering. This follow-up digs deeper into how we got here, why the industry's stuck in a loop, and what the shift to Execution Intelligence really means.

The security industry, much like early manufacturing, was built on reactivity—not design. But just as Toyota revolutionized manufacturing with Lean systems and embedded quality, software security is ready for its own transformation.

�� Here’s how it’s played out over the last 25 years:

REACTIVE (2000-2015) — Piling on tools, alerts, and policies
⬇
WARRANTY (2015-2025) — CSPM + GRC retrofits risk after code ships; shift-left emerges
⬇
PROACTIVE (2022-2026) — ASPM solves what CSPM misses (but only tracks and doesn't fix the overarching problems with the security "system")
⬇
EXCELLENCE (2025-FUTURE) — Start Left as a methodology connects risk to developer behavior and builds security into execution itself

25 Years of Backwards Security:
A Timeline of Solving Symptoms

REACTIVE: The Age of Alerts & Afterthoughts

Early cybersecurity mirrored the inspection phase of a broken assembly line. Problems were found late. Fixes were manual. Security teams were siloed. Developers were an afterthought.

Security tools flooded teams with alerts. The goal was to detect, not prevent. Metrics focused on volume—vulnerabilities found, issues logged—not value or improvement.

Like the early days of manufacturing before Lean, software quality was something patched at the end—not engineered from the start.

WARRANTY: Security as Rework

As systems scaled and cloud infrastructure exploded, tools like CSPM (cloud security posture management) and GRC (governance, risk, compliance) emerged to manage post-deployment risk. But they did so like warranty work: finding issues after release, retrofitting compliance and patching in the cloud, reacting to what should’ve been built right in the first place.

This era created expensive delays, technical debt, and security that moved slower than the business.

It also mirrored Eli Goldratt’s “The Goal” —where throughput and flow were bottlenecked by misaligned processes, not lack of effort. Security is a constraint, not a catalyst.

PROACTIVE: The Shift-Left Awakening

ASPM (application security posture management) entered the scene to push security earlier. It gave us better visibility, mapping assets, surfacing vulnerabilities, and integrating into pipelines. But ASPM, too, became bloated with dashboards and posture tracking—without fixing the underlying problem: developer execution.

As described in " The Phoenix Project " and " The Mythical Man Month ," you don’t improve outcomes by adding more people, more alerts, or more pressure. You improve the system. You empower teams. You embed quality.

And yet, ASPM stops short. It measures risk. It doesn’t reduce it.

EXCELLENCE: The Execution Intelligence Era

Start Left® introduces a new category: Execution Intelligence. It doesn't track security at the edges—it connects it to the center of where software is built: inside developer workflows, engineering systems, and team behaviors.

We:

Correlate risk to developers, teams, and execution habits
Guide improvement with embedded coaching, training, and upskilling
Gamify governance to drive engagement and adoption
Create feedback loops that accelerate quality, not rework

This aligns directly with Microsoft’s Secure Future Initiative , CISA’s Secure-by-Design principles , and the Agile Manifesto itself: build quality in from the start, and empower teams to own it.

The Flywheel Is Spinning: Why Now Matters

The ecosystem is converging toward this shift:

Cyber insurers are demanding proof of secure development practices
Security ratings platforms are evolving beyond surface-level signals
Executive orders and regulations are elevating software liability
Boards and CISOs are asking not "What’s the risk count?" but "How are we improving it?"

Execution Intelligence is the only answer that unifies:

Developer experience
Risk management
Software quality
Business velocity

From Compliance to Competitive Advantage

Just like Toyota proved quality isn’t an overhead cost but a growth driver, Start Left® proves that security can be a byproduct of excellence—not an obstacle to it.

If you're tired of patching symptoms, waiting on scans, and watching developer trust erode with every new control—this is your moment.

The future isn’t about posture. It’s about performance.

Start Left to Build Software Right.

Repo-First Thinking Is Failing Application Security—Here’s What Actually Works

Wed, 19 Mar 2025 22:02:05 GMT

Traditional Application Security Posture Management (ASPM) vendors are getting it wrong because they’re focused on the wrong unit of measure.

Most ASPM tools track risk at the repo level, assuming that’s where security teams should manage vulnerabilities. But software risk isn’t confined to a repo—it lives in how applications are architected, how teams write and review code, and how software is shipped into production.

This repo-first approach leads to fragmented insights, endless manual effort, and security findings without context —making it nearly impossible to drive meaningful risk reduction.

The Problem: Dumping Security Findings Without Context

A security leader recently posted about this frustration:

"One app can have 20 repos. One repo can have five different apps. But ASPM vendors? They treat everything as repo-first. Findings are scattered repo-wise, risks are broken down repo-wise, and security teams are left manually stitching the pieces together."

And they’re absolutely right. Security risk isn't about the repositories—it lives in how software is built, deployed, and maintained. But ASPM tools have forced security teams into a disjointed, repo-by-repo analysis that completely ignores application context. This is the core failure of the current ASPM market :

�� Aggregated vulnerability dumps without real context. Security teams get an overwhelming list of issues—but no clear way to prioritize what actually matters at the application or portfolio level.

�� Risk isn’t repo-based—it’s application-based. One repo might not equal one application, and most teams work across multiple repos. Security risk needs to be measured holistically across product lines and engineering groups.

�� Security teams are drowning in fragmented data. Instead of helping organizations improve their security posture, ASPM tools are forcing security teams to manually reconstruct risk across multiple repos, teams, and business units.

The result? A security posture that looks great on a slide deck but fails in execution.

We Saw This Problem Coming Long Ago—And Solved It

This isn’t a new issue. Back in 2015, while consulting on how to embed security into DevOps, we saw first-hand how broken security measurement was.

Instead of driving real security adoption, organizations were:
✅ Tracking risks but not execution. Dashboards were full of vulnerabilities, but there was no clear way to measure how effectively teams were fixing them.
✅ Ignoring product and portfolio context. Security was being measured in silos— not across entire applications or engineering groups.
✅ Creating friction between security and development. Security tools slowed teams down, enforcing policies instead of helping developers build secure software faster. Developers are overwhelmed with findings that lack actionable insight.

Then in 2024, Microsoft started pushing for a new model , validating what we had already been building—security has to be embedded into engineering workflows and measured holistically, not just tracked at the repo level.

But we didn’t follow the trend—we defined it:

We Engineered ASPM Before It Had a Name—Then Moved Beyond It

Before Gartner even coined the ASPM category, we had already patented it . But we knew from the start: posture tracking alone wasn’t enough. That’s why we built Start Left® to go beyond ASPM and focus on how security is adopted, governed, and continuously improved.

�� Not just another ASPM – We go beyond posture management to optimize engineering execution.
�� Security that drives excellence – Align risk insights with software quality and team performance.
�� Patented innovation, proven results – We built the foundation for ASPM—then engineered what’s next.

The Future: Execution-Driven Security, Not Repo-First Tracking

Start Left® moves beyond repo-based ASPM and delivers context-driven risk insights, developer optimization, and execution intelligence that actually drive security adoption.

✔ Security insights with product and portfolio context – Measure risk across teams, applications, and business units—not just scattered repos.
✔ Developer optimization and upskilling – Ensure security isn’t just a policy but a core part of how engineering teams grow, learn, and execute.
✔ Execution-focused risk measurement – Move beyond tracking vulnerabilities to measuring how effectively security is adopted and applied.

The result? Security that works, without friction.

The industry doesn’t need another tool that dumps vulnerabilities without context. It needs a security execution platform that aligns risk with product, portfolio, and engineering maturity.

�� Security must be application-first, not repo-first.
�� Posture tracking is meaningless without execution.
�� If security slows engineers down, they won’t adopt it.

It’s time to move on from repo-first security and start optimizing how teams and individual developers actually build software.

Start Left® isn’t just another ASPM—we’re the next evolution. Let’s talk. ��

We Built Cybersecurity Like A Broken Factory—Its Time For Its Toyota Moment

Thu, 13 Mar 2025 04:24:08 GMT

The Industry is Stuck in a Broken Model

For decades, cybersecurity has been a bolt-on process—chasing vulnerabilities, enforcing controls, and tracking risks instead of fixing the way software is built.

The result? More tools, more alerts, more friction—but no real improvement in execution. Engineering continues to move forward, shipping faster than ever, but security remains reactive, layered on at the end of the development lifecycle, slowing teams down.

It’s time for cybersecurity to have its Toyota Moment.

Just like Toyota revolutionized manufacturing by embedding quality into the production process, we must embed security, resilience, and execution intelligence into how software is built.

The History: How We Got Here

The Waterfall Era (Pre-2000s): Slow, Rigid, and Inefficient

Software development followed a factory model—requirements gathered upfront, long development cycles, and security checked at the very end.
Security teams were the final gatekeepers, rejecting releases that failed compliance checks.
Result: Slow, expensive rework, and software riddled with vulnerabilities.

The Agile Manifesto (2001): A Call for Change

Agile introduced continuous iterations, developer autonomy, and collaboration.
The goal? Faster, high-quality software development that adapts to change.
But security teams were left behind, still operating in the Waterfall mindset—a bottleneck rather than a partner in agility.

DevOps & CI/CD (2010s): The Acceleration of Software Delivery

DevOps and CI/CD automated software pipelines, enabling teams to deploy multiple times per day instead of quarterly or annually.
Security, however, remained reactive—bolted on after code was written rather than embedded from the start.
The Victim? Developers—forced to choose between speed and security, with security slowing them down at every turn.

The Security Explosion (2020s): More Tools, More Complexity, No Better Execution

ASPM, CSPM, and DevSecOps tools emerged, promising to “fix security” with more scanning, more visibility, and more controls.
But these tools simply track risks—they don’t fix the underlying execution problem.
The Real Problem? Security is still being treated as an external function, rather than a core component of engineering excellence.

The Manufacturing Parallel: From Defect Tracking to Built-in Quality

The software industry today looks eerily similar to the manufacturing industry before the Toyota Production System (TPS).

Before Toyota, factories operated like security teams do today—finding defects at the end of the assembly line.
The result? Costly rework, wasted materials, and inefficiencies.
Toyota’s revolution? Embedding quality into every step of the process—so defects were prevented rather than caught at the end.

This is what Lean Manufacturing introduced:

Kaizen (Continuous Improvement): Constant small optimizations to improve efficiency.
Jidoka (Automation with a Human Touch): Detecting and preventing defects in real-time.
Just-in-Time (JIT) Production: Eliminating unnecessary inventory and reducing waste.

Why hasn’t security done the same?

Instead of embedding security into engineering like Toyota embedded quality into manufacturing, security today still relies on catching problems late, enforcing controls, and adding overhead.

The software industry is still stuck in the defect-tracking era.
Security needs its Toyota Moment —where execution intelligence makes security an outcome, not an obstacle.

The Cost of Warranty Work: Fixing Security After Release

Toyota recognized that defective cars required costly warranty work, recalls, and customer dissatisfaction—so they focused on preventing defects in the production process rather than fixing them later.

Software security follows the opposite model today:

CSPM (Cloud Security Posture Management) is warranty work —it finds misconfigurations after deployment, rather than preventing them in the first place.
Traditional security testing happens late in the SDLC —creating expensive, last-minute fixes that slow down releases.
“Shift Left” has been misinterpreted as shifting security tools earlier in the pipeline, rather than embedding execution intelligence and improving developer workflows.

Toyota’s solution was to prevent defects—security’s solution should be to prevent vulnerabilities. Security shouldn’t be a patch—it should be engineered into how software is built.

The Problem: Chasing Defects Instead of Engineering Excellence

The security industry operates like old-school manufacturing.

In traditional factories, defects were caught at the end of the assembly line. It led to rework, waste, and expensive fixes.
Toyota flipped the model by embedding quality into production itself—making defect prevention an integral part of the process.
Today’s security tools (ASPM, CSPM, SCA, SAST) are either still catching defects too late, or in production, or they are not driving adoption in creating high-quality software.
Start Left flips the script—making security a byproduct of high-performance engineering execution.

The problem isn’t just that vulnerabilities exist—it’s that engineering workflows haven’t evolved to prevent them in the first place.

Why Current Security Approaches Fail

The industry has spent 25 years layering on security tools that track issues instead of fixing software development itself.

The security industry has built a culture of chasing symptoms instead of engineering excellence.

The Superhero: Engineering Excellence & Execution Intelligence

If developers have been the victims of legacy security approaches, who is the hero?

Execution Intelligence.

Just as Toyota transformed manufacturing by embedding quality into the production line, Start Left transforms engineering by embedding security, efficiency, and maturity into execution itself.

Toyota didn’t just measure defects—they improved how cars were built.
Start Left doesn’t just track security and engineering performance—it makes teams execute better.
Traditional security tools enforce policies—Execution Intelligence ensures they’re naturally followed.

The industry doesn’t need more security tools—it needs a transformation in how software is built.

Start Left: The Reset to Cybersecurity’s Toyota Moment

For decades, security has been stuck in a reactive loop—bolted onto software development after the fact, leading to rework, wasted costs, and constant friction between security and engineering. This is exactly what Toyota fixed in manufacturing.

Toyota didn’t just improve quality control; they fundamentally changed the process—embedding quality into the production line, eliminating defects before they happened, and transforming manufacturing into a system of continuous improvement.

Start Left is the reset cybersecurity needs—the Toyota Moment for software development.

How Start Left Facilitates the Reset

From Security as a Bottleneck → To Security as a Byproduct of Execution
From Tracking Issues → To Improving Engineering Workflows
From Compliance Checklists → To Embedded, Measurable Security Hygiene
From Warranty Work → To Building Quality Software from the Start

Start Left eliminates the rework cycle, aligning security with how software is actually built—not how security vendors think it should be.

This isn’t another "shift left" theory. It’s a complete transformation of how security is executed—directly within engineering workflows.

Security isn’t a tool problem. It’s an execution problem. And we’re fixing it.

This is cybersecurity’s Toyota Moment—Start Left is making it happen.

The question is: Will you lead the change, or be left behind?

CSPM vs. Runtime Protection vs. ASPM: Why ASPM is the Foundational Layer for Secure Development

Fri, 17 Jan 2025 15:22:04 GMT

Security teams often rely on CSPM (Cloud Security Posture Management) and Runtime Protection to safeguard cloud environments and applications after deployment. However, these solutions fail to address the root cause of vulnerabilities—unsecure development practices.

Application Security Posture Management (ASPM) provides the missing layer, ensuring that security is embedded from the start. By preventing vulnerabilities before they reach production, ASPM reduces reliance on reactive tools and enhances overall security posture.

ASPM, CSPM, and Runtime Protection: Why You Need All Three

Security is only as strong as its foundation. When it comes to securing modern software environments, relying on a single security approach isn’t enough. Organizations need a comprehensive, layered strategy that covers risks from development to deployment to runtime. That’s where Application Security Posture Management (ASPM), Cloud Security Posture Management (CSPM), and Runtime Protection each play a critical role.

ASPM is the foundation —fix issues before code ever reaches production and they become expensive risks.
CSPM ensures cloud environments are hardened —preventing misconfigurations before they’re exploited.
Runtime Protection adds active monitoring —detecting and stopping threats as they occur.

Security isn’t one-size-fits-all—you need a layered approach that addresses risks before, during, and after deployment. Start Left® helps organizations build secure applications from the start, while CSPM and Runtime Protection ensure the cloud and production environments remain secure.

A Side-by-Side Comparison:
CSPM vs. Runtime Protection vs. ASPM

Why ASPM is the Foundation of a Strong Security Program

CSPM & Runtime Protection react—ASPM prevents. Start Left ensures vulnerabilities never reach production, reducing noise, alerts, and incident response costs.
Security at the speed of DevOps. While CSPM enforces security in infrastructure and runtime tools mitigate live threats, ASPM aligns security with the SDLC, empowering developers and security teams to prevent issues at the source.
A Complete Security Program Needs All Three. CSPM, Runtime Protection, and ASPM work best together. Without ASPM, organizations are stuck reacting to threats instead of stopping them before they exist.

Why You Need All Three

Each security layer plays a unique role in reducing risk, and there is no silver bullet to cover everything.

Also see: Why "Shift Left" and Runtime Protection Miss the Mark: Challenging Tool Chaos and Outdated Practices in Product Security

Developer-Led vs. Developer-Championed: Why Security Needs More Than Just Dev Buy-In

Fri, 10 Jan 2025 17:14:38 GMT

The Shift from Developer-Led to Developer-Championed Security

The market has embraced developer-first security, with vendors such as Snyk and GitHub Advanced Security , to name a few, but somewhere along the way, it turned into developer-led security—and that’s a problem.

When security is purely developer-led, security tools become just another dev problem to solve, leading to:

Limited visibility for security leaders.
A fragmented security program with inconsistent execution.
A lack of accountability beyond engineering teams.
Security becoming reactive instead of proactive.

But security shouldn’t be just a developer’s burden. The solution? Developer-championed, security-backed security.

The Problem with Developer-Led Security

The core issue with developer-led security is that it assumes engineers should be solely responsible for security execution. While empowering devs is key, putting them entirely in charge of security creates blind spots for security teams, product leadership, and compliance stakeholders.

When security is only a developer-led initiative:

✅ Engineers control what security tools get used.
✅ Engineers decide when and how vulnerabilities get fixed.
❌ Security leaders lose visibility into execution.
❌ Compliance teams lack assurance that policies are enforced.
❌ Risk leaders can’t quantify security performance across teams.

The Right Approach: Developer-Championed, Security-Backed

Instead of forcing security on developers or giving them complete control, the right model is engaging developers in security empowerment with security-backed governance.

Developer-Championed: Developers get frictionless security workflows, built-in training, and automated prioritization to keep shipping fast.
Security-Backed: Security teams have full visibility, governance, and performance metrics to ensure security gets executed.

Side-by-Side:
Developer-Led vs.
Developer-Championed, Security-Backed

Top-Down Oversight and Bottom-Up Autonomy: The Missing Piece

For security to work at scale, companies need a balance between top-down security oversight and bottom-up autonomy for developers.

Top-down governance ensures security is measured, enforced, and aligned with compliance and risk management goals.
Bottom-up enablement allows developers to take ownership of security in a way that doesn’t disrupt their workflows.

Without this balance:

❌ Security becomes too rigid → leading to slowdowns and pushback from devs.
❌ Security becomes too loose → leading to gaps, shadow IT, and lack of accountability.

Start Left solves this by unifying developer workflows, security governance, and risk visibility in a single platform.

Why This Matters: Security Maturity & Business Impact

When security is just a developer-led function, companies face:
❌ Delays in remediation.
❌ Compliance headaches.
❌ Leadership blind spots on security execution.

With a developer-championed, security-backed approach, organizations gain:
✅ Faster remediation times through intelligent prioritization.
✅ Stronger security culture with automated training and gamification.
✅ Business-aligned security metrics that show real risk reduction.

The Bottom Line

Security isn't just a developer problem—it’s a company-wide responsibility.

Start Left helps companies build security into the culture, ensuring:

Developers stay fast and efficient.
Security leaders get the visibility and governance they need.
Compliance and risk teams have continuous proof of security maturity.

It’s time to move beyond “developer-led” security. Let’s make security work for everyone through an Application Security Posture Management (ASPM) platform that engages developers and empowers security.

The CNAPP Illusion: Why Best-of-Breed Security Wins Over Patchwork Acquisitions & ASPM Is Still The Foundation

Fri, 03 Jan 2025 21:27:08 GMT

The cybersecurity industry loves yet another good buzzword. Right now, CNAPP (Cloud-Native Application Protection Platform) is the term being marketed as the ultimate convergence of ASPM (Application Security Posture Management) and CSPM (Cloud Security Posture Management). But here’s the reality: CNAPP isn’t truly a best-of-breed convergence—it’s an acquisition-fueled patchwork of separate tools stitched together.

Instead of thinking about CNAPP as the evolution of CSPM + ASPM, the reality is that security programs still require best-of-breed solutions in each category because:

✔ CSPM is focused on cloud misconfigurations and compliance.
✔ ASPM is focused on pre-runtime security execution and vulnerability prioritization in software development.
✔ CWPP , RASP , and EDR each tackle their own specialized aspects of runtime protection.

This means companies can’t just "buy a CNAPP" and assume they have complete coverage—it still comes down to whether you are prioritizing the right risks at the right time and enabling execution across security and development teams.

The Problem with CNAPP as a "One-Size-Fits-All" Approach

Most CNAPP solutions did not start as a unified platform—they are the result of multiple acquisitions, each originally designed for separate security functions. Take Palo Alto Networks, for example:

CSPM & Cloud Workload Protection: Prisma Cloud (built from multiple acquired companies)
ASPM (Attempted Expansion): Recent acquisitions & integrations from third-party sources
Result: A collection of tools that “integrate” but don’t function as a truly cohesive, best-of-breed solution

Similarly, Wiz, the CSPM leader, acquired Dazz to enter the ASPM market, further proving that CNAPPs are trying to bolt on ASPM as an afterthought rather than engineering security culture from the core—at every single product team level.

Key Question: Is CNAPP a deliberate security strategy, or just a rebranded collection of stitched-together tools designed to check all the boxes?

What’s Missing in CNAPP?

1️⃣ CNAPP Doesn’t Solve Pre-Production Security

If you don’t address vulnerabilities in development (ASPM), runtime tools will always be chasing threats in production.

2️⃣ CNAPP Doesn’t Prioritize Developer Adoption

CNAPP bundles scanning and enforcement but lacks engagement & training to ensure security execution is happening at the source.

3️⃣ CNAPP Isn’t Purpose-Built for Software Teams

Security teams might love the visibility, but development teams don’t get the contextual insights they need to fix issues efficiently —leading to friction, slowdowns, and security fatigue.

Best-of-Breed vs. Franken-Platforms:
What’s the Better Approach?

Instead of relying on CNAPP “platforms” that attempt to be everything but specialize in nothing, companies should adopt a best-of-breed strategy that aligns ASPM and CSPM as complementary, specialized solutions.

The Reality: Security teams don’t need more checkboxes—they need solutions that actually solve security problems at the core instead of masking symptoms.

ASPM vs. CSPM vs. CNAPP vs. Runtime Tools

Why You Need ASPM as the Foundation

ASPM ensures security is executed before vulnerabilities reach production.
CSPM & CNAPP only react to issues once they’re already in the cloud.
CNAPP isn’t a replacement for ASPM—it’s a security enforcement layer that still relies on pre-runtime security being done right.

�� If ASPM isn’t in place, CNAPP & CSPM are just cleaning up problems that should have been fixed in development.

Why Start Left Champions Best-of-Breed Security

ASPM & CSPM are fundamentally different functions. They serve different security teams, different risks, and different parts of the SDLC.
Start Left is purpose-built for ASPM—we focus on secure development, vulnerability correlation, developer adoption, and execution.
We complement true CSPM leaders, ensuring their insights are connected to engineering teams instead of living in silos.
Enterprise security shouldn’t be an afterthought—it should be engineered from the beginning with best-in-class solutions that actually solve problems instead of just ticking compliance boxes.

The Bottom Line: ASPM and CSPM Need to Work Together—Not Get Forced Into a Single Platform

Organizations should be skeptical of the “one-size-fits-all” CNAPP pitch. Instead, security leaders should prioritize:

Best-of-breed ASPM (Start Left) for developer engagement, pre-runtime security, and vulnerability prioritization.
Best-of-breed CSPM for cloud security visibility and misconfiguration prevention.
A security strategy that’s built deliberately, not stitched together from acquisitions.

Are You Building Security at the Core—Or Patching It Together?

If your security strategy relies on bolt-on acquisitions and marketing buzzwords instead of best-of-breed solutions, it’s time to rethink your approach. Let’s talk about how Start Left can complement your cloud security stack with purpose-built ASPM.

Also see: The Illusion of Integration: How CSPM & ASPM Acqusitions Are Building Silos Within a Platform

The Hidden Costs of Ignoring Security by Design

Fri, 13 Dec 2024 15:13:59 GMT

Security by Design Isn't Optional: Why Waiting Derails SaaS Growth Later

In today’s fast-paced digital world, speed to market often takes precedence over all else. But what happens when Security by Design is treated as an afterthought? The result is often a costly, time-consuming, and reputation-damaging awakening.

For any company that develops software as part of their revenue stream, embedding Security by Design (SBD) into the development process is no longer just a best practice— it’s a government-mandated requirement . Neglecting these principles can lead to cascading challenges that affect compliance, customer trust, and operational efficiency.

In this blog, we’ll explore the risks of neglecting Secure software development , highlight the costs of inaction, and explain how adopting Software security best practices can safeguard your organization.

The True Costs of Neglecting Security by Design

Failing to integrate Security by Design into your software development lifecycle (SDLC) creates vulnerabilities that are technical, operational, and reputational. Here’s what’s at stake:

1. Reputation Damage: A single data breach can irreparably tarnish your reputation, especially if you handle sensitive customer data.

Example: High-profile companies like Zoom faced public backlash when security flaws were exposed, requiring costly fixes to rebuild trust.

2. Revenue and Customer Loss: Enterprise customers demand secure software development practices. Without trust in your product, churn increases, and you lose deals to competitors with stronger security postures.

Cost: Losing even one enterprise customer could mean a significant revenue hit.

3. Regulatory Fines and Legal Costs: Organizations often underestimate their obligations under frameworks like GDPR, CCPA, and HIPAA.

Example: Non-compliance fines can reach up to 4% of global revenue, making neglect a crippling financial risk.

4. Escalating Technical Debt: Retrofitting security after deployment is exponentially more expensive than embedding Security by Design early.

Cost: Addressing vulnerabilities post-deployment can cost up to 30x more than resolving them during development.

5. Operational Inefficiencies: Without software security best practices , teams waste valuable time reacting to breaches instead of driving innovation.

Impact: Product delays, downtime, and missed opportunities for innovation and growth.

6. Competitive Disadvantage: Certifications like SOC 2 or ISO 27034 are often prerequisites for enterprise contracts.

Impact: Delays in achieving compliance due to poor Security in SDLC practices can cost you opportunities.

Building a Security by Design Foundation Early

Security by Design is not just about tools; it’s about embedding a culture of security within your teams, processes, and development cycles. Here are key principles for success:

Embed Security in the SDLC: Integrate security at every stage of your software development lifecycle to ensure vulnerabilities are addressed proactively.

Enhance Risk Management: Adopt a risk-first approach to prioritize risk management in software development , enabling better decision-making and resource allocation.

Foster a Security-First Culture: Educate and empower your team to adopt a security-first mindset, making security everyone’s responsibility.

Drive Accountability with Gamification: Engage teams, foster accountability, and encourage proactive participation in activities like policy adherence, vulnerability management, and compliance tracking through rewards and recognition.

The Role of a Security by Design Enablement Platform

A comprehensive enablement platform should deliver seamless support across every aspect of your security operations:

Provide Unified Visibility: Centralize your security posture, ensuring clear oversight across tools, teams, and processes.
People-Centric Risk Management: Align security strategies with human behavior by tracking, managing, and mitigating human-related risks effectively.
Automation Meets Accountability: Streamline policy enforcement, risk assessment, and vulnerability management while enhancing compliance and cross-team collaboration.
Bridge Silos: Enable collaboration across developers, application security teams, and leadership to drive cohesive security strategies.
Scalability: Scale effortlessly with your business, integrating new tools and leveraging real-time threat intelligence for continuous enhancement.
Integrate Seamlessly: Ensure compatibility with a broad range of tools, including best-of-breed CI/CD platforms and open-source or commercial security scanners.
Support Security Maturity: Align with a security maturity model to guide ongoing improvement and adapt to evolving needs.

How Security by Design Saves Costs

Investing in Security by Design early delivers compounding cost-saving benefits:

Reduced Breaches: Automating vulnerability management minimizes incidents caused by human error or misconfigurations.
Accelerated Compliance: Built-in templates for certifications streamline audits and reduce complexity.
Tool and Cost Optimization: Streamlined platforms reduce tool sprawl by replacing redundant tools, cutting licensing costs, and highlighting which tools deliver value for smarter investments.
Continuous Improvement: Platforms offering ongoing education and performance tracking ensure your team evolves alongside your security needs.
Complexity: Legacy tools drive up costs and overwhelm teams with inefficiencies, while streamlined platforms reduce waste and align with DevOps goals.
Cuts Training Costs: Provides built-in, real-time training and upskilling, streamlining onboarding and reducing reliance on costly external courses or certifications.

Start Secure Software Development or Pay Later

For organizations developing software, embedding Security by Design is not optional—it’s essential. A strong security posture ensures compliance, reduces risk, and builds trust with customers and stakeholders.

By adopting Software security best practices and integrating Security in SDLC , you’re not just protecting your technology—you’re empowering your team and future-proofing your business.

Ready to build security into your foundation? Schedule your demo today

The Illusion of Integration: How CSPM & ASPM Acqusitions Are Building Silos Within a Platform

Thu, 21 Nov 2024 18:59:30 GMT

While CSPM & ASPM platforms stitched together in an acquisition claim to offer an integrated approach to security by aggregating data across the full lifecycle of software development, they often fall short of delivering true integration. Instead of fostering a cohesive, product-centric DevOps model, these platforms inadvertently create silos within their own systems. The root of the problem lies in the way these platforms are designed—they focus on providing lifecycle scan aggregation without addressing the need for a people-focused, product-centric implementation that truly facilitates DevSecOps.

The Siloed Reality of Lifecycle Aggregation

The promise of full lifecycle scan aggregation sounds like an effective solution—combining all stages of development into one cohesive platform. However, when this aggregation is not aligned with the specific context of each product team, it creates a disconnect. Each user persona, whether a developer, security analyst, or operations manager, works on their specific tasks within the platform, but these tasks are not correlated in a way that reflects the actual needs and risks of the product team as a whole.

This disconnect means that while the platform may aggregate data, it doesn't integrate the workflows and insights across teams in a meaningful way. Security tasks become isolated activities, leading to a scenario where, despite being within one platform, the different functions are still working in silos. The result is a fragmented approach to security that fails to address the unique challenges of modern product development.

The Necessity of a People-Focused, Product-Centric SPM

To truly overcome the challenges of siloed operations within a single platform, it is crucial to implement a Security Posture Management (SPM) system that is people-focused and product-centric. This approach goes beyond merely aggregating data; it actively facilitates collaboration between product teams, ensuring that risk analytics, security tasks, and remediation efforts are applied in the context of the specific product being developed.

A product-centric SPM recognizes that security is not just a series of checkboxes or tasks to be completed; it’s an ongoing process that requires alignment with the goals and dynamics of each product team. By embedding security into the DNA of product teams and correlating tasks with product-specific risks and priorities, this approach breaks down silos and fosters true collaboration across the development lifecycle.

The Importance of Contextual Security Insights

One of the key benefits of a product-centric SPM is its ability to provide contextual security insights that are directly relevant to the product team’s work. Instead of generic security tasks that might apply to any project, a people-focused SPM tailors its recommendations and actions to the specific risks, priorities, and context of the product in development. This ensures that every security effort is aligned with the actual needs of the product, rather than being a disconnected, siloed activity.

Facilitating DevSecOps Through Integrated Workflows

To facilitate true DevSecOps, a platform must do more than aggregate data—it must integrate workflows across teams, ensuring that security efforts are seamlessly woven into the fabric of product development. This means creating a system where every action taken by a security analyst, developer, or operations manager is contextualized within the larger goals of the product team. By doing so, a product-centric SPM breaks down the barriers that traditionally separate security from development, creating a more cohesive, effective security posture that is aligned with the demands of modern software delivery.

Conclusion: Moving Beyond the Illusion of Integration

The promise of full lifecycle aggregation in platforms like Wiz is appealing, but without a product-centric, people-focused approach, it remains an illusion. True integration requires more than just aggregating data; it demands a rethinking of how security is implemented across product teams. By adopting a modern SPM that facilitates DevSecOps, organizations can break down silos within their platforms and create a truly integrated, effective security posture that aligns with the goals of modern product development. This is the path forward in building resilient, secure software that meets the challenges of today’s digital landscape.

Also see: The CNAPP Illusion: Why Best-of-Breed Security Wins Over Patchwork Acquisitions

Beyond Cloud Security & Application Security: Why Product Security is the Real Business Imperative

Tue, 05 Nov 2024 17:47:10 GMT

Start Left® Security centers product security as the heart of true business risk management.

The True Focus of Security: Protecting the Product to Protect the Business

Today, security conversations often center around broad terms like “ cloud security ” or “ application security ” (AppSec). While these areas are crucial, they tend to fall short when viewed in isolation. The real risk isn’t just in the cloud or in code—it's the entire products themselves and their ecosystems of people, code, tools, and infrastructure. Without the integrity of the product, the business itself is at risk.

Think of it this way: The product is the face, function, and financial backbone of a company. It’s the engine of growth, innovation, and customer trust. A single vulnerability in that product, whether it be in the app, infrastructure, or codebase, has the potential to compromise the entire business. Cloud security and AppSec are just components; without the cohesive view of how they impact and safeguard the product, you’re not managing the core risk.

Why Product Security is Business Security

Product security is about understanding the product's entire lifecycle and all the stakeholders involved. It’s about recognizing that security breaches, data leaks, or functional failures in the product aren’t just IT issues—they’re business liabilities. With Start Left® Security's platform , we build this product-centric approach from the ground up by integrating every security component into one view, providing:

1. Contextualized Security Insights: Instead of scattered cloud and app alerts, Start Left® Security unifies them, tying every security detail back to the product and what that means for the business. This context allows us to prioritize and address risks that truly matter to the organization’s bottom line.

2. Product-Centric Risk Scoring (Assurance Score): Start Left®’s Risk Assurance Score reflects the actual health of the product’s security posture. Rather than individual tool metrics, it provides a holistic assessment of product risks, including insider threats, team behavior, and security hygiene across all involved components—ultimately driving trust in the product and, by extension, in the brand itself.

3. Unified Security for Collaborative Defense: Our approach breaks down silos. It’s not about separate app security teams or DevOps alone; it’s about creating a unified security environment where every team involved in product development and deployment plays a part. With Start Left, we’re guiding teams to secure the entire lifecycle and hold accountability across the board, from CI/CD to code to cloud.

4. Future-Proofing with CISA and NIST Alignment: Regulatory requirements are evolving fast, demanding security programs that go beyond compliance and truly protect the user experience. Start Left® Security aligns with CISA’s Secure by Design and NIST’s Secure Software Development Framework (SSDF) to ensure products are resilient from development to production, meaning fewer crises for businesses down the line.

Why Start Left? It’s the Product That Matters

If the product isn’t secure, then the business isn’t secure. Cloud security and AppSec are enablers, but Start Left® Security’s platform pulls them into a single, product-focused approach that drives real business outcomes . By ensuring that every keystroke, commit, and release is aligned with the highest standards of security, Start Left® turns security from a necessary cost into a profit-driving force , allowing companies to innovate safely and grow with confidence.

This approach isn’t about covering bases in app and cloud security; it’s about securing what matters most—the product, the brand, and the business. Start Left® enables companies to move past fragmented security tools and see the whole picture, empowering leaders to make security a core value and a competitive advantage. When the product is secure, the business can confidently grow, innovate, and lead.

StartLeft® ASPM & OWASP SAMM: A Unified Approach to Maturity-Based Application Security

Fri, 01 Nov 2024 13:15:08 GMT

Start Left® Application Security Posture Management (ASPM) & OWASP SAMM Alignment

Start Left®'s Application Security Posture Management (ASPM) platform and the OWASP Secure Application Maturity Model (SAMM) bring a robust, structured approach to building and maintaining a mature, risk-focused application security program. By aligning with SAMM practices, Start Left® enhances the effectiveness of SAMM across the development lifecycle through continuous monitoring, real-time insights, and actionable guidance. Here’s how Start Left® ASPM integrates with and amplifies each SAMM domain to elevate an organization’s security posture:

1. Strategy & Metrics: Aligning Security with Business Goals

SAMM's Focus: Establish a strategy to align application security with business objectives, and create a metrics-driven culture.
Start Left® ASPM's Role: Start Left® ASPM provides centralized, real-time visibility into security posture across all applications, enabling organizations to track metrics that directly inform strategic decisions. With its comprehensive, unified security metrics, ASPM ensures alignment with business goals and supports continuous improvement, perfectly complementing SAMM’s objectives of strategic security alignment.

2. Policy & Compliance: Automated Governance for Continuous Assurance

SAMM's Focus: Define security policies and enforce compliance to meet internal and regulatory requirements.
Start Left® ASPM's Role: Start Left® integrates seamlessly with CI/CD pipelines to enforce security policies and ensure compliance in real time. By monitoring policy adherence automatically, Start Left® helps teams maintain continuous alignment with regulatory standards, driving higher SAMM maturity levels in governance and compliance and providing an up-to-date view of application conformance.

3. Threat Assessment & Vulnerability Management: Proactive Risk Identification & Mitigation

SAMM's Focus: Prioritize potential threats and ensure vulnerabilities are managed with appropriate controls.
Start Left ASPM's Role: With its continuous scanning and prioritization capabilities, Start Left® ASPM tracks and categorizes vulnerabilities across applications and correlates findings from multiple security sources to maintain a focused view of critical threats. By prioritizing vulnerabilities based on risk and exploitability, Start Left® aligns with SAMM’s maturity goals in threat assessment, helping organizations stay proactive and focused on addressing high-impact risks.

4. SDLC Integration: Embedding Security Across Development Phases

SAMM's Focus: Integrate security considerations within the Design and Implementation phases.
Start Left® ASPM's Role: Start Left® ASPM embeds security directly into the SDLC by integrating with development and deployment tools, ensuring secure practices are maintained from code creation to production. With automated security checks at every stage, Start Left® allows organizations to streamline secure coding practices, elevating their design and implementation maturity in line with SAMM’s criteria for a security-conscious development lifecycle.

5. Continuous Security Monitoring & Incident Detection: Real-Time Vigilance for Risk Mitigation

SAMM's Focus: Maintain operational oversight through continuous monitoring and proactive incident management.
Start Left® ASPM's Role: Start Left® provides continuous visibility into application security, even in production environments, to identify unusual behaviors or potential breaches in real time. This proactive monitoring aligns with SAMM’s objectives for mature incident detection and response, enabling faster reactions to potential threats and reducing the risk of undetected vulnerabilities within operational systems.

6. Training & Awareness: Fostering a Security-First Culture Through Continuous Learning

SAMM's Focus: Build a security-aware culture and offer continuous guidance for secure development practices.
Start Left ASPM's Role: Start Left® enhances SAMM’s Education & Guidance domain by delivering contextual, real-time security insights directly within developers' workflows. Through gamified learning paths and tailored training modules, Start Left® empowers developers to upskill continuously, driving a security-first mindset and supporting SAMM’s training and awareness objectives with practical, role-specific education.

Summary: Aligning Start Left® ASPM with SAMM for a Mature Security Posture

Start Left® ASPM is a comprehensive solution that enables organizations to meet SAMM’s maturity benchmarks while reinforcing security across the entire product lifecycle. Here’s how it delivers on SAMM’s requirements:

Centralized Visibility: Real-time insights into security posture, supporting data-driven decisions across the SDLC.
Automated Governance: Continuous compliance enforcement and automated policy checks streamline adherence to industry standards.
Risk-Based Prioritization: Provides prioritized, actionable insights on vulnerabilities to help teams focus on high-risk issues.
Seamless SDLC Integration: Embeds security within every stage of the SDLC to reinforce continuous protection.
Continuous Skill Development: Empowers developers with ongoing security training tailored to real-world scenarios, fostering a culture of security excellence.

A Programmatic Approach for Long-Term Security Success

In a security landscape that requires agility and adaptability, Start Left® ASPM is built to evolve as your organization grows. By aligning with SAMM’s maturity-oriented objectives, Start Left® creates a secure development environment that is consistently monitored, strategically aligned, and continuously improved. Organizations committed to evolving their security maturity will find Start Left® a valuable partner, providing the structure, visibility, and accountability necessary to realize a secure, sustainable future.

Unlocking the True Value of DevOps: How Start Left® Turns Security into a Profit-Driving Force

Sun, 20 Oct 2024 17:49:05 GMT

The adoption of Start Left methodologies not only transforms security into a profit center but also directly enhances the achievement of the true value proposition of DevOps . The primary goal of DevOps is to break down silos between development and operations, enabling continuous integration, delivery, and collaboration to produce high-quality software at speed.

Start Left® takes this even further by embedding security into the core of this collaboration , ensuring that high-quality software isn’t just fast but also secure and resilient from the ground up.

Here’s how Start Left® aligns with and enhances the true value proposition of DevOps:

1. Continuous Integration and Continuous Security (CI/CD)

The DevOps model relies on continuous integration (CI) and continuous delivery (CD) to streamline development and deployment processes. Traditionally, security practices can introduce bottlenecks to these processes, often creating friction between development and security teams.

Start Lef®t ensures that security becomes a seamless part of the CI/CD pipeline, eliminating bottlenecks and allowing teams to move faster without sacrificing security. By integrating security testing (SAST, DAST, IaC Security) and vulnerability management into the CI/CD process, developers are continuously identifying and resolving security risks in real time. This approach aligns security with the velocity of DevOps, enabling faster, safer releases without the last-minute delays that security audits can cause.

2. Improved Collaboration Across Teams

DevOps is all about collaboration between developers, operations, and now, security teams (DevSecOps). Start Left® enhances this collaboration by unifying product security efforts across all teams. By providing real-time security feedback, the platform allows for open communication between teams, enabling better coordination and fewer conflicts.

With Start Left®’s data correlation and risk prioritization, security no longer acts as an outside force slowing down development but instead becomes an integrated part of the team’s workflow. This shifts the perception of security from a blocker to an enabler of DevOps, fostering a true culture of shared responsibility for both product quality and security.

3. Increased Developer Ownership

One of the core tenets of DevOps is to give developers more responsibility for their work, from writing the code to deploying it. However, without security integrated into their daily workflow, developers often lack the tools and knowledge needed to create secure code.

Start Left® empowers developers by delivering actionable insights into security vulnerabilities and providing real-time micro-training tailored to the specific vulnerabilities they introduce. This continuous education and gamified learning paths build developer ownership of both code quality and security, transforming them into the first line of defense. Developers can now own not only the performance of their code but also its security, leading to higher-quality software and reduced security risks.

4. Automation and Reduced Manual Effort

DevOps emphasizes automation to increase efficiency and reduce the time developers spend on repetitive tasks. By automating security testing and prioritization, Start Left® eliminates much of the manual effort traditionally associated with vulnerability management. The platform’s AI-driven risk prioritization ensures that teams focus on the most critical issues, reducing time wasted on low-priority vulnerabilities or false positives.

This automation aligns perfectly with the DevOps vision of faster, more efficient delivery, helping teams reduce technical debt while increasing both software quality and speed.

5. Quality and Resilience by Design

The ultimate goal of DevOps is to produce high-quality, resilient software at scale. Start Left®’s focus on secure-by-design principles ensures that security is part of the development process from the very start, not an afterthought. This reduces the likelihood of vulnerabilities being introduced into the product, ensuring that the software is not only high-performing but also resilient to future security risks.

By integrating security into the development lifecycle, Start Left® helps organizations achieve the full potential of DevOps, where product teams are empowered to produce high-quality software that is secure, reliable, and scalable.

6. Reduction in Tool Complexity and Costs

One of the challenges in traditional DevOps and security approaches is the proliferation of tools, each covering a specific aspect of the development or security lifecycle. This adds complexity, cost, and inefficiency to the process. Start Left® consolidates these tools into a single unified platform, reducing the need for multiple vendors and eliminating the complexity of managing disparate solutions.

This reduction in tool complexity not only lowers costs but also allows DevOps teams to focus on building and delivering software, rather than managing a myriad of security tools.

7. Aligning Security with Business Goals

Finally, DevOps is about aligning the work of development and operations teams with the strategic goals of the business. Start Left® enhances this alignment by offering business risk prioritization within the product lifecycle. The platform helps teams focus on security risks that matter most to the business, ensuring that security efforts are not just reactive but proactive and strategic. This enables organizations to release secure products faster, meet customer expectations, and avoid costly breaches or rework.

Conclusion: Start Left® Enables the True Value of DevOps

Start Left®’s methodology isn’t just about security—it’s about enabling DevOps teams to achieve their full potential. By integrating security seamlessly into the product development lifecycle, Start Left® helps organizations build high-quality, secure, and resilient software at speed, turning security into an enabler of innovation rather than a blocker. This ultimately results in greater efficiencies today, reduced future costs, and fewer security tools, helping organizations consolidate resources while lowering risks.

Start Left® doesn’t just fit into DevOps—it enhances it, turning security into a competitive advantage and a profit center that drives the business forward.

The Profit Paradox: How Start Left Methodologies Transform Cybersecurity into a Profit Center

Fri, 18 Oct 2024 17:31:18 GMT

For decades, cybersecurity has been viewed as a cost center —an unavoidable yet necessary expense. Security was often seen as the department that says "no," adding layers of complexity and slowing down innovation. However, the paradigm shift toward "Start Left" methodologies is turning this traditional view on its head. For the first time ever, security can be transformed into a profit center by enhancing development and product teams' performance, reducing costs, and driving better business outcomes.

The Problem with Traditional Cybersecurity Approaches

Traditional cybersecurity practices —whether reactive, "shift-left," or focused on runtime protection —have historically added costs. They have relied on buying more tools and applying more manual processes to find and patch vulnerabilities after code is written. This results in high inefficiency, technical debt, and security debt.

While these methods might prevent breaches or compliance issues, they fail to align with business goals, such as improving software development velocity, quality, and overall product performance. The introduction of too many tools, siloed responsibilities, and delayed security testing slow development cycles, increase costs, and lead to future rework, commonly known as technical debt.

The Paradigm Shift: Start Left Methodologies

Start left methodologies reverse this traditional model by embedding security into every phase of the product development lifecycle—from day one. The focus shifts to proactively building high-quality, secure-by-design software by aligning development and security teams from the start.

By shifting to product-centric security, Start Left® empowers teams to take accountability for security, integrate continuous monitoring and real-time feedback, and develop high-quality software without bottlenecks. This shift significantly improves product and team performance, leading to faster release cycles and increased innovation.

Turning Security into a Profit Center

So, how does Start Left® turn security into a profit center? Here’s how:

1. Improved Productivity = Reduced Costs Today

When security is built into development from the start, product and engineering teams become more efficient. Security becomes a value-adding part of the workflow, not an afterthought or obstacle. Developers receive actionable insights in real-time, making security part of their job without disrupting their day-to-day work. This results in fewer vulnerabilities created, faster fixes, and less downtime, which accelerates product delivery.

2. Reduced Future Costs of Technical and Security Debt

Technical debt is the hidden cost of taking shortcuts or neglecting quality, which results in costly rework later. Security debt, similarly, is the cost of ignoring security early in the development process, leaving products vulnerable to attacks or compliance issues.

Start Left® mitigates both types of debt by ensuring that code is clean, secure, and well-architected from the start. By reducing the number of vulnerabilities and security issues introduced during development, organizations avoid the massive costs of rework, security patches, and incident response down the road.

3. Consolidating Security Tools to Save Costs

Traditional cybersecurity approaches often lead to an overwhelming number of security tools that must be integrated, managed, and maintained. Each tool comes with its own cost—both in terms of licensing fees and operational overhead.

Start Left® eliminates the need for many of these tools by providing a comprehensive platform that covers multiple aspects of security. The tools and processes consolidated or avoided include:

Software Composition Analysis (SCA): Reduces the need for external SCA tools by integrating open-source vulnerability scanning directly into the CI/CD pipeline.
Static Application Security Testing (SAST): Eliminates standalone SAST tools by embedding scanning into code development with real-time feedback.
Dynamic Application Security Testing (DAST): Replaces or augments traditional DAST tools by providing integrated testing for web applications within the development lifecycle.
Infrastructure-as-Code (IaC) Security: Avoids the need for specialized IaC security tools by scanning configurations for vulnerabilities and compliance issues from the start.
Container Security: Reduces or consolidates container security tools by offering integrated container image scanning and SBOM generation, ensuring containerized environments are secure before deployment.
Cloud Security Posture Management (CSPM): Start Left® consolidates many CSPM functions by embedding secure-by-design principles and continuous monitoring for cloud environments within the same platform.

By consolidating and unifying these tools under one platform, Start Left® drastically lowers the costs of managing multiple vendor solutions, simplifies processes, and enables teams to work more efficiently.

4. Doing More with the Resources You Already Have: Upskilling Your Team

One of the biggest challenges for any organization is maximizing the potential of their existing workforce. With Start Left®, you can do exactly that by leveraging personalized, situational training and gamified learning paths. Instead of constantly seeking external talent or investing heavily in new tools, Start Left® helps you upskill your current teams, empowering them to take on more advanced security responsibilities without the need for extensive outside intervention.

Here's how Start Left® achieves this:

Personalized Training: Every developer and team member receives tailored micro-training based on the specific vulnerabilities or security issues they encounter. This hands-on learning improves understanding and retention, enabling employees to learn in real-time and apply their new skills immediately.
Situational Learning Paths: Rather than generic training, Start Left® delivers situational learning paths that are directly aligned with the security issues and risks that matter most to your organization. This approach ensures that teams are learning exactly what they need to solve your unique challenges.
Gamified Upskilling: Learning isn’t just a chore with Start Left®; it’s incentivized through gamification, making the process engaging and motivating for your team. As employees develop new skills, they’re rewarded with badges, points, and recognition, keeping them engaged and continuously improving.

By focusing on upskilling your existing workforce, Start Left® helps companies do more with the resources they already have. This not only enhances team performance but also reduces the need for external hires, lowering costs and improving efficiency. Upskilling your team with Start Left® means you're getting more value out of your current employees, transforming your existing workforce into high-performing, security-conscious professionals who can handle the demands of modern software development.

The ROI of Upskilling

Increased Team Efficiency: Empowering teams with relevant, real-time security knowledge allows them to work more effectively, reducing delays and improving security outcomes.
Cost Savings: Upskilling reduces the need to hire additional security specialists, saving on recruitment and onboarding costs.
Higher Retention Rates: Employees who feel continuously challenged and rewarded are more likely to stay with the company, reducing turnover and retaining institutional knowledge.

By doing more with the resources you already have, Start Left not only improves your security posture but also enhances operational efficiency, turning security into a profit driver through better utilization of your existing teams.

5. Avoiding Negative Outcomes

Start Left®’s proactive approach also helps organizations avoid the costly negative outcomes associated with traditional security practices, including:

Data Breaches: Preventing breaches through secure-by-design development, eliminating the financial and reputational damage that can result from leaked customer or intellectual property data.
Compliance Failures: Meeting regulatory standards (e.g., NIST, PCI, GDPR) and avoiding hefty fines by embedding compliance checks throughout the development lifecycle.
Product Delays: Delivering products on time by reducing bottlenecks caused by rework, last-minute security fixes, or vulnerabilities introduced late in the development cycle.
Alert Fatigue: Reducing noise and false positives by prioritizing actionable security risks, ensuring that teams focus on real issues rather than chasing irrelevant alerts.

Key Benefits of Start Left Methodologies:

Higher Productivity: Developers receive real-time feedback, addressing security issues immediately rather than in retrospective audits.
Lower Operational Costs: Consolidation of security tools reduces both CAPEX and OPEX, saving time and money while increasing efficiency.
Future-Proof Development: Avoid security debt and technical debt, building secure, resilient software from the start.
Risk Reduction: Prevent breaches and compliance failures through proactive, program-focused security.
Faster Time-to-Market: Align security with development velocity, ensuring no delays in product release.

Conclusion: Security as a Competitive Advantage

Start left methodologies mark a major shift in how organizations approach security, transforming it from a costly burden into a profit-generating machine. By embedding security into the product development process, Start Left® aligns security with business goals, improves efficiency, reduces costs, and avoids future problems before they arise.

Security is no longer just about protecting your business—it’s about making your business better, faster, and more competitive.

If your organization is ready to turn security into a profit center, Start Left® Security is here to help.

Fraud-Proof Your Software: How Start Left® Tackles Insider Threats and Vulnerabilities Before They Strike

Thu, 17 Oct 2024 14:21:45 GMT

Today, organizations are not only battling external cyber threats but also facing increasing risks from insider threats —whether through negligence or malicious intent. Fraud often originates from within, leveraging access, knowledge, and loopholes in processes that go undetected by traditional security measures. Start Left® Security's unique PIRATE® model empowers organizations to tackle these insider threats before they escalate, bringing advanced capabilities that offer unparalleled insights and control.

The Hidden Threats Inside Your Product Teams Fraudulent activity, whether it's altering code, stealing intellectual property, or introducing security vulnerabilities, can have devastating impacts. Insider threats are particularly dangerous because they come from trusted users with legitimate access to systems, making detection a complex challenge. Start Left® Security's PIRATE® model is designed to surface these hidden threats, leveraging behavioral analytics , continuous monitoring , and contextual risk scoring to detect anomalies across your teams, code, and infrastructure.

PIRATE®: Detecting Insider Threats and Fraud in Real-Time

At the core of Start Left®’s ability to detect and mitigate insider threats is the PIRATE® model (Product Integrated Risk Analytics & Threat Evaluation) —a cutting-edge implementation framework designed to continuously monitor every facet of product development. The PIRATE® model builds a real-time, context-rich profile of who is accessing, modifying, or introducing risks to your software products. By correlating data across code, CI/CD pipelines, infrastructure, and individual team activities, it ensures complete visibility and clear accountability. PIRATE® plays a central role in contextualizing Role-Based Access Control (RBAC) insights to detect insider threats or potentially fraudulent activity by continuously analyzing and correlating data across all tools, teams, behaviors, and code contributions.

Here’s how it fits into the context of insider threats and fraud detection:

Contextualized Monitoring Across Tools: The PIRATE® model continuously monitors activities across various AppSec tools, CI/CD pipelines, code repositories, and infrastructure layers. By providing a unified risk score and correlating data from all these areas, it identifies abnormal patterns and discrepancies, like unauthorized access or unusual code changes, that could indicate insider threats or fraud.
Role-Based Access Control (RBAC) Through Insights: Start Left®'s product-centric model integrates deeply to contextualize teams, ensuring that only authorized personnel have access to critical parts of the system. PIRATE® tracks access patterns and anomalies in access control, flagging deviations from normal behavior. For example, if a developer suddenly accesses areas of the codebase they’ve never worked on, this is flagged as suspicious activity. While PIRATE® doesn’t enforce RBAC directly, the insights and data it provides enable organizations to continually audit and adjust RBAC policies based on real-time activities, ensuring that only the right people have access to sensitive areas of the codebase and development process. It adds a layer of security around RBAC by identifying potential gaps or breaches in access control that may otherwise go unnoticed.
Team and Behavioral Monitoring: PIRATE® provides real-time insights into team behaviors by correlating the security activities of each individual. This includes who is contributing to the codebase, who owns specific risks, and how security practices are followed. If fraudulent behavior arises—like tampering with the code or bypassing security protocols—the model highlights these anomalies for immediate investigation.
Insider Threat Detection: PIRATE® detects insider threats by leveraging analytics around developer behavior, code contributions, and system access. If someone outside the recognized development team tries to alter the code or access sensitive systems, it can flag these activities in real-time. This ensures that any potential misuse of access rights is caught early.
Fraud Detection Through Behavioral and Risk Analysis: By continuously evaluating vulnerabilities and correlating risk data, the PIRATE® model can detect fraud-related anomalies, such as intentional code manipulation for financial gain, bypassing security measures, or misuse of intellectual property. The platform’s ability to assign risks directly to responsible parties ensures clear ownership and accountability, which helps mitigate fraudulent activities.

In summary, PIRATE® acts as the security intelligence engine behind Start Left®’s platform, identifying suspicious activities, providing RBAC insights, and ensuring fraudulent behavior is detected early by providing a contextualized view of all security risks across teams and tools.

Example Use Cases

Start Left® Security's Application Security Posture Management (ASPM) platform plays a crucial role in fraud prevention and detection by delivering robust security controls, continuous monitoring, and actionable insights into potential fraud vulnerabilities across the software development and deployment lifecycle. With the added power of the PIRATE® model and alignment with Zero-Trust Architecture (ZTA) , including reinforcing Micro-Segmentation & Least Privilege Access , Start Left® ensures a proactive approach to safeguarding your software.

Here are some key fraud use cases that Start Left® can address:

1. Insider Fraud Detection

Use Case: Malicious insiders or rogue employees with access to code repositories or CI/CD pipelines can inject malicious code, steal sensitive information, or create backdoors for fraudulent activities.
How Start Left® Helps:
Behavioral Analytics: Start Left Security’s platform continuously monitors developer activities, tracking changes in code, suspicious behavior, and unapproved access to sensitive repositories. Anomalies in these activities can trigger alerts, helping detect insider threats early.
Role-Based Access Control (RBAC): PIRATE® detects insider threats by flagging unusual activity or behaviors that deviate from normal patterns. This can identify instances where someone may have unauthorized access or is performing actions outside their scope of responsibilities, which can prompt a reevaluation or stricter enforcement of RBAC policies, reducing the chances of insider fraud.

2. Code Manipulation for Fraudulent Financial Transactions

Use Case: Attackers (either external or internal) may manipulate code to facilitate unauthorized financial transactions, rerouting payments or skimming sensitive financial data.
How Start Left® Helps:
Static & Dynamic Application Security Testing (SAST/DAST): Scans code in real-time to identify vulnerabilities such as SQL injection, unauthorized access points, or weak encryption that could be exploited to manipulate financial transactions.
Automated Policy Enforcement: Detects and prevents changes to financial algorithms and transaction-related code that fall outside of predefined security policies, ensuring that fraudulent logic isn’t introduced into production.

3. Preventing Fraud Through Vulnerable Open Source Components

Use Case: Fraudsters may exploit known vulnerabilities in open-source software components used in applications to inject fraudulent logic or steal sensitive customer data.
How Start Left® Helps:
Software Composition Analysis (SCA): Monitors and flags vulnerabilities in open-source dependencies, ensuring that no unpatched or compromised libraries are used in production code, which can prevent fraudsters from exploiting known vulnerabilities.
SBOM Management: Generates comprehensive Software Bill of Materials (SBOMs) to ensure full visibility of all open-source and third-party components, reducing the attack surface for fraud.

4. Supply Chain Fraud and Tampering

Use Case: Attackers compromise the software supply chain by introducing malicious components or tampering with legitimate software during development or distribution, enabling fraudulent activities.
How Start Left® Helps:
Supply Chain Risk Management: Monitors code repositories, developer contributions, and external dependencies to detect tampering or unauthorized modifications in the software supply chain.
Code Integrity Verification: Ensures that all code and binaries deployed into production are verified and haven’t been tampered with, reducing the risk of supply chain fraud.

5. Fraudulent Use of API Keys and Credentials

Use Case: Attackers can gain unauthorized access to sensitive API keys, credentials, or tokens to execute fraudulent transactions or gain access to restricted data.
How Start Left® Helps:
Secrets Management & Detection: Continuously scans codebases for exposed API keys, passwords, and other sensitive credentials that could be misused for fraudulent purposes, alerting teams to immediately remediate.
Enforcing Secure Key Management Practices: Ensures that API keys and tokens are stored securely and that expired or unused keys are rotated or disabled automatically.

6. Unauthorized Data Access and Exfiltration

Use Case: Attackers exploit vulnerabilities to access and exfiltrate sensitive data (such as customer financial records), enabling fraud such as identity theft or unauthorized transactions.
How Start Left® Helps:
Continuous Monitoring & Threat Detection: Start Left continuously monitors code repositories and deployment environments, detecting unauthorized access to sensitive data and alerting teams before a breach occurs.
Data Sensitivity-Based Prioritization: Prioritizes vulnerabilities based on the sensitivity of the data they could expose (e.g., PII, financial data), allowing teams to focus on preventing fraud-related data leaks.

7. Mitigating Fraud in Payment Processing Systems

Use Case: Attackers target payment systems by exploiting code vulnerabilities to reroute payments or conduct unauthorized transactions.
How Start Left® Helps:
Vulnerability Prioritization & Patching: Automatically identifies vulnerabilities in payment-related systems and prioritizes them based on exploitability and impact, ensuring that fraud-prone areas are secured quickly.
Real-Time Alerts for Payment Processing Changes: Alerts teams of any suspicious or unauthorized changes in code related to payment processing, helping to catch fraud attempts early.

8. Compliance Fraud (Fake Compliance Attestation)

Use Case: Organizations may falsely claim compliance with regulations like PCI DSS, GDPR, or HIPAA to defraud regulators or clients while their systems remain vulnerable to fraud.
How Start Left® Helps:
Audit-Ready Compliance Management: Tracks and enforces compliance with regulatory and security policies in real-time. The platform helps ensure that claims of compliance are backed by continuous, verifiable security efforts, reducing the risk of compliance fraud.

9. Inadequate Logging and Monitoring (Fraud Concealment)

Use Case: Poor logging and monitoring can help attackers or insiders conceal fraudulent activities, delaying detection and response.
How Start Left® Helps:
Comprehensive Audit Trails: Provides full visibility and traceability into all security-related activities across development and deployment, ensuring that any suspicious activity is logged and can be traced back to responsible individuals.
Continuous Risk Exposure Analysis: Keeps a real-time view of security risks and changes in posture, alerting stakeholders to fraud attempts or vulnerabilities before damage is done.

10. Automated Fraud Mitigation and Incident Response

Use Case: Fraud detection can sometimes be delayed due to slow or inefficient incident response, allowing attackers to succeed before defenses are deployed.
How Start Left® Helps:
Automated Incident Response: Enables fast detection and remediation of fraud attempts by automating the identification of fraud-prone vulnerabilities and assigning remediation tasks to responsible teams in real-time.
Risk-Based Decision Support: Leverages AI to guide teams on the most critical fraud-related vulnerabilities to focus on, helping minimize potential fraud before it can occur.

Fraud-Proofing Your Software: The Proactive Approach

In traditional cybersecurity models, fraud detection often occurs only after damage is done. With Start Left®, you can shift from a reactive to a proactive security strategy, identifying fraud, insider threats, and vulnerabilities before they can compromise your software or organization.

Risk-Based Program: The PIRATE® model doesn’t just highlight risks—it offers a risk-based approach to product security, prioritizing vulnerabilities based on business impact and urgency. This ensures that teams focus their efforts on what truly matters.
Faster Remediation: By correlating risks, assigning responsibilities, and offering AI-driven decision support, PIRATE® accelerates the remediation process. Teams are able to act quickly, efficiently, and with confidence.

Beyond Fraud: Achieving Complete Security

Start Left® is not just about stopping fraud—it's about embedding security into the very fabric of your product development process. By monitoring developer behaviors, code integrity, CI/CD pipelines, and infrastructure, Start Left® offers a unified, 360-degree view of your entire security program. The result? A resilient, fraud-proof organization with the ability to prevent insider threats and maintain the highest level of trust and security across all product lines.

Conclusion

By implementing Start Left® Security's PIRATE® model, organizations not only protect themselves from fraudulent insider threats but also align their security efforts with Zero-Trust Architecture principles. Start Left® provides the visibility, accountability, and control that product teams and leadership need to secure their development processes and ensure resilience against both internal and external threats.

How Start Left® + SASE Reinforces Micro-Segmentation & Least Privilege Access for Achieving Zero-Trust in Product Security

Wed, 16 Oct 2024 15:09:04 GMT

The rise of sophisticated cyber threats, insider risks, and software supply chain vulnerabilities has pushed security models to adopt a new approach: Zero-Trust Architecture (ZTA) . One of the core pillars of Zero-Trust is micro-segmentation and least privilege access—ensuring that no one, not even trusted internal actors, has unfettered access to systems, data, or processes.

At Start Left® Security, we’ve built our platform around the principles of Zero-Trust, enhancing product security by applying micro-segmentation, least privilege access, and continuous monitoring through our patented PIRATE® model . Here’s how we do it.

What is Zero-Trust Architecture?

Zero-Trust Architecture is a security model that assumes that threats could come from both inside and outside the network. Therefore, no user, device, or system should be inherently trusted. Every action, request, or interaction needs to be authenticated, authorized, and continuously validated. Unlike traditional perimeter-based security, Zero-Trust focuses on securing access at the most granular levels—such as individual users, devices, and even software components.

Core principles of Zero-Trust include:

Never trust, always verify: Every access request, even from within the network, must be verified.
Assume breach: Design systems with the expectation that breaches can and will occur.
Enforce least privilege access: Grant users the minimum level of access required to perform their tasks, reducing the attack surface.

At the heart of Zero-Trust is the need for strong identity verification, robust access controls, and continuous monitoring. That’s where Start Left® Security comes in.

How Start Left® Reinforces Zero-Trust in Product Security

Start Left® Security is designed to build security into the entire software development lifecycle (SDLC) while reinforcing key Zero-Trust principles such as micro-segmentation and least privilege access. By leveraging the PIRATE® model, our platform ensures that product security goes beyond simple protection measures and embeds a Zero-Trust mindset into the very fabric of product development and deployment.

1. Micro-Segmentation at the Core

In the context of micro-segmentation, the PIRATE® model involves dividing a company's applications or products into smaller segments and applying security policies to each portfolio or product line and product team individually. In the context of product security, this means ensuring that only authorized product team members have access to specific products and their components (code, tools, infrastructure, data), contextualized for continuous insider threat detection.

How Start Left® Does It:

Granular Access Control Insights: Through the PIRATE® model, Start Left® reinforces fine-grained access insights that contextualize and monitor each team member’s activities, reducing the risk of insider threats and enhancing insights to unauthorized activity.
Code, CI/CD, and Infrastructure Product-Centric Segmentation: We ensure that every part of the product development process—code, CI/CD pipelines, and infrastructure—can be highly visible in a product team context to effectively flag potential malicious activity.

2. Least Privilege Access for Development Teams

Least privilege access is a cornerstone of Zero-Trust, ensuring that users have only the minimal permissions they need to perform their tasks. This approach limits the risk of privilege escalation attacks and insider threats.

How Start Left® Enforces Least Privilege:

Role-Based Access Control (RBAC) Insights: Start Left® reinforces least privilege access across product teams by integrating robust RBAC insights. This ensures that developers, DevOps engineers, and product managers only have access to the product teams' tools that they contribute to.
Automated Audits & Adjustments: The platform continuously audits the tools that manage code, infrastructure, and data in a product team context, flagging instances of deviations from the team and potentially malicious activity. This enables leadership to quickly make adjustments to access privileges.

3. Continuous Monitoring with Real-Time Insights

Zero-Trust isn’t just about controlling access—it’s also about constantly verifying and monitoring all activities within the system. Traditional security methods often rely on periodic checks or snapshots of security posture, but in a Zero-Trust environment, continuous monitoring is key.

How Start Left® Enhances Continuous Monitoring:

PIRATE® Model for Continuous Threat Detection: The PIRATE® model applies real-time monitoring to every action, code change, and system interaction, ensuring that no event goes unnoticed. Unauthorized or unusual activities are immediately flagged, allowing security teams to respond before damage occurs.
Behavioral Analytics: Start Left® integrates behavioral analytics to track patterns in user activity. If a user starts performing actions outside of their typical behavior—such as accessing areas they don’t usually interact with—our system flags this as a potential insider threat and alerts security teams.
Dynamic Risk Scoring: As part of our continuous monitoring efforts, Start Left® provides real-time risk scoring based on observed activities, vulnerabilities, and changes in the development pipeline. This ensures that security teams can prioritize the most critical risks.

4. Zero-Trust in Code, CI/CD, and Infrastructure

Start Left® extends Zero-Trust principles beyond user access, applying them to every piece of code, CI/CD pipeline, and infrastructure element within your product development environment.

How Start Left® Secures Code and Infrastructure:

IaC Security & Container Scanning: Start Left® ensures that every infrastructure-as-code (IaC) template and container image is scanned for vulnerabilities before deployment. This approach aligns with the Zero-Trust principle that no code or infrastructure component should be trusted by default.
Software Bill of Materials (SBOM): Our platform generates SBOMs for each codebase, ensuring that every component is accounted for, and that there are no hidden vulnerabilities or unapproved dependencies that could compromise security.
Continuous Code Validation: Every code commit, change, or addition is continuously validated through static and dynamic analysis, ensuring that vulnerabilities are caught early and remediated before going live.

Start Left® + SASE: A Unified Security Solution

While the Start Left® Security platform focuses on securing the product development process through portfolio and product-centric segmentation concepts, pairing it with a Secure Access Service Edge (SASE) platform can create a more comprehensive security solution. SASE, which integrates wide-area networking (WAN) with security services such as Secure Web Gateways (SWG), Cloud Access Security Brokers (CASB), and Zero-Trust Network Access (ZTNA), is designed to secure the broader enterprise network and user access.

When combined, Start Left® and a SASE platform deliver end-to-end protection, from the internal product security at the code and infrastructure level, to external access and data protection. Here's how:

1. Enhanced Network and Application Security:

Start Left® secures the internal product development processes, ensuring only trusted code, developers, and teams are involved in product creation.
SASE strengthens network security by protecting access points, data in transit, and ensuring safe remote access for developers and other users.

2. End-to-End Zero-Trust Enforcement:

Start Left® enforces Zero-Trust within the development environment, ensuring that no code, team member, or tool is trusted by default.
SASE extends Zero-Trust to user access across the enterprise, securing data traffic, remote workforces, and cloud environments.

3. Complete Micro-Segmentation:

Start Left® applies organizational design segmentation within the product development lifecycle, ensuring that teams, processes, and infrastructure are contextualized and monitored.
SASE applies micro-segmentation at the network level, segmenting users and devices across distributed cloud environments, ensuring least privilege access at the network layer as well.

4. Unified Visibility and Control:

Start Left® provides leadership and development teams with real-time visibility into product security, tracking risks and performance at every step.
SASE delivers network-wide visibility and control, enabling security teams to monitor user activity and access while preventing unauthorized traffic or data exfiltration.

Together, Start Left® and a SASE platform offer a dual-layered approach to security. Start Left® secures internal product development and production, while SASE manages external access and traffic security, providing a holistic Zero-Trust security architecture for modern enterprises.

Driving Accountability, Governance & Transparency

Zero-Trust is more than just tools and policies—it's about fostering a culture of accountability and transparency. At Start Left®, security is a shared responsibility, extending from developers to executives.

Clear Ownership of Security Tasks: Every vulnerability, misconfiguration, or security risk identified by Start Left® is assigned to a specific owner within the product team. This drives accountability and ensures rapid and effective remediation.
Top-Down Visibility for Leadership: Leadership gains real-time visibility into the security posture of their entire organization, allowing them to make informed decisions and guide their teams toward a more secure environment with continuous insights.

Enhancing Zero-Trust with PIRATE®

The PIRATE® model is the foundation of Start Left’s security platform, advancing Zero-Trust by providing contextualized monitoring and detection. It delivers real-time insights into user behavior, vulnerabilities, and code changes, embedding security throughout the product development process.

Insider Threat Detection: PIRATE® continuously monitors for insider threats, flagging anomalous behavior or unauthorized access that could indicate fraudulent or malicious activity.
Data-Driven Decision-Making: PIRATE®'s contextual insights enable security teams to prioritize critical threats and vulnerabilities, ensuring decisions are aligned with both security and business objectives.

Build a Secure, Zero-Trust Product Development Environment

Start Left® Security supports organizations in implementing Zero-Trust Architecture across their product development lifecycle. Through micro-segmentation, least privilege access, and continuous monitoring, Start Left® ensures that no user, code, or system component is trusted by default.

With Start Left®, you're not just adopting a security tool—you're fostering a culture of accountability, transparency, and proactive security aligned with modern Zero-Trust principles.

Conclusion: A Complete Zero-Trust Architecture

Start Left® Security's PIRATE® model strengthens product security by embedding micro-segmentation, least privilege access, and Zero-Trust principles throughout the development process. When integrated with a SASE (Secure Access Service Edge) platform, this creates a comprehensive, end-to-end Zero-Trust solution that safeguards both product development and network security.

This powerful combination secures every layer, from code repositories to cloud environments, giving leadership the tools to monitor and manage security risks in real-time. By merging Start Left® Security with SASE, organizations can build a resilient, adaptable security posture that meets the demands of both modern development and remote workforces. This holistic approach ensures that both internal and external operations are protected under a unified Zero-Trust strategy.

Strengthening Role-Based Access Control (RBAC) & Enhancing Security Posture with Start Left® Security’s PIRATE® Model

Tue, 15 Oct 2024 15:46:11 GMT

Monitoring and detection are crucial for preventing threats before they can cause damage. At Start Left® Security, our patented PIRATE® (Product Integrated Risk Analytics & Threat Evaluation) model plays a pivotal role in contextualizing monitoring and detection across the entire software development lifecycle (SDLC). While PIRATE® doesn’t directly enforce Role-Based Access Control (RBAC) , it plays an essential role in strengthening RBAC policies and improving the overall security posture of your organization.

Contextualizing Security Monitoring & Detection with PIRATE®

The PIRATE® model is designed to provide a continuous, comprehensive view of the risks associated with a product’s code, infrastructure, CI/CD pipelines, and development team activities. By correlating data across these areas, PIRATE® delivers the critical context needed to evaluate vulnerabilities, prioritize remediation, and flag abnormal behaviors.

PIRATE® doesn’t operate in isolation—rather, it enhances existing security measures, including RBAC, by providing deeper insights into who is responsible for specific actions, how teams interact with different components of the software, and where potential risks are arising.

How PIRATE® Supports and Strengthens RBAC

Role-Based Access Control (RBAC) ensures that users have access only to the information and resources necessary for their role, minimizing the risk of unauthorized access. While RBAC is a key element of securing any software environment, its effectiveness can be limited if it lacks the context of what users are doing and how they are interacting with the system.

Here’s how the PIRATE® model supports and strengthens RBAC:

1. Contextual Insights for Enhanced RBAC Policies:

PIRATE® provides real-time visibility into user behaviors, code changes, and interactions within the CI/CD pipeline. By identifying which users are responsible for specific activities, PIRATE® helps strengthen RBAC policies by aligning access controls with actual usage patterns.
For instance, if a user requests elevated privileges that are outside their typical role, PIRATE® can flag this behavior, enabling security teams to make informed decisions about whether to grant or deny access.

2. Detection of Anomalous Behaviors:

One of the key strengths of the PIRATE® model is its ability to detect insider threats and unauthorized actions by analyzing behavioral patterns. If a user begins performing actions that don’t align with their role or exhibits behavior indicative of a potential threat, PIRATE® can provide early detection, helping organizations mitigate risks before they escalate.
In this way, PIRATE® complements RBAC by ensuring that access permissions are not only enforced but also continuously monitored for misuse, , which can prompt a reevaluation or stricter enforcement of RBAC policies.

3. Correlating Vulnerabilities to Responsible Teams:

PIRATE® helps organizations correlate vulnerabilities and security risks to specific development teams and individuals. This provides detailed insights into who is contributing to code, making changes, and interacting with various systems. The enhanced visibility allows security teams to assign accountability more effectively, ensuring that users with the appropriate access and expertise are responsible for remediating issues.
By knowing exactly who is doing what within the development pipeline, you can ensure that only authorized personnel are making key changes. This level of insight makes it easier to align RBAC policies with real-world activities and improve the overall security posture.

4. Developer Accountability:

By correlating actions with individuals or teams, PIRATE® ensures that every developer or team member is held accountable for their actions.
This complements RBAC by ensuring that the assigned roles and responsibilities are being adhered to in practice, and any deviations are flagged. By providing real-time detection of violations, such as someone accessing or modifying areas they shouldn't, it ties directly back to RBAC enforcement by highlighting lapses in role permissions.

RBAC Enforcement through Insights:

Start Left® Security’s PIRATE® model is more than just a monitoring tool—it’s a comprehensive framework for contextualizing security efforts and enhancing existing controls like RBAC. While PIRATE® doesn’t enforce RBAC directly, the insights and data it provides enable organizations to continually audit and adjust RBAC policies based on real-time activities, ensuring that only the right people have access to sensitive areas of the codebase and development process. It adds a layer of security around RBAC by identifying potential gaps or breaches in access control that may otherwise go unnoticed.

By providing real-time insights into user behaviors, vulnerabilities, and development activities, PIRATE® helps organizations maintain a proactive security posture while continuously improving their defense strategies.

In an era where Zero-Trust is becoming the new standard for security, the PIRATE® model ensures that no action goes unchecked, no user is trusted by default, and no vulnerability is left unaddressed. By integrating PIRATE® into your security framework, you can not only strengthen RBAC policies but also create a more secure, resilient product development environment.

How Start Left®'s PIRATE® Enhances Zero-Trust Architecture In Product Development Security

Mon, 14 Oct 2024 14:46:32 GMT

Relying on traditional security models is no longer sufficient, but many organizations still operate under the assumption that users or systems within their network can be trusted by default. Zero-Trust Architecture (ZTA) flips this approach on its head, operating under the mantra, "trust no one, verify everything." It requires rigorous verification of every user, device, and action within a network—no inherent trust, only continuous verification.

Implementing Zero-Trust Architecture: Secure Your Product Development from Within

At the heart of Start Left® Security's platform is the PIRATE® (Product Integrated Risk Analytics & Threat Evaluation) model , which seamlessly aligns with the principles of Zero-Trust. PIRATE® takes this security philosophy to the next level by applying it to every facet of the product development lifecycle, ensuring that no code, team member, or action is trusted by default. It enforces rigorous verification across development pipelines, code repositories, infrastructure, and even developer behavior.

How Start Left®'s PIRATE® Enhances Zero-Trust:

1. Zero-Trust Applied to Code, CI/CD, and Infrastructure

In product development security, Zero-Trust isn't limited to users—it also applies to the software, infrastructure, and tools being used. The PIRATE® model extends Zero-Trust principles to code, CI/CD processes, and infrastructure components to ensure no software element is trusted by default. Here’s how:

Scanning Infrastructure-as-Code (IaC): PIRATE® identifies vulnerabilities and misconfigurations within IaC templates, ensuring that infrastructure is secure from the moment it’s deployed.
Monitoring Container Security: PIRATE® continuously scans container images and their dependencies, producing SBOMs (Software Bill of Materials) to authenticate every component in the software supply chain.
CI/CD Pipeline Verification: PIRATE® monitors CI/CD pipelines, applying real-time risk scoring and vulnerability detection, ensuring that issues are flagged and resolved before code reaches production.

2. Continuous User and Tool Verification

Just as Zero-Trust mandates constant verification of every user action, PIRATE® extends this philosophy across the entire development lifecycle:

Behavioral and Role-Based Monitoring: PIRATE® continuously verifies actions within the development environment—whether it’s a developer pushing code or a tool making automated changes. Any unusual or unauthorized activity is flagged for review.
Tool and System Authentication: PIRATE® ensures that no tool or system is blindly trusted. Even the integrations, like CI/CD tools and code scanners, are continuously authenticated to ensure they are operating securely.

3. Micro-Segmentation and Least Privilege Access

One of the foundational principles of Zero-Trust is limiting access to the minimum necessary. PIRATE® enhances micro-segmentation and least privilege access by tightly controlling what each developer or system can do:

Granular Access Control: PIRATE® applies least privilege access by segmenting teams, services, and code repositories. This ensures that developers only have access to what is required for their role, significantly reducing the attack surface.
Real-Time Violation Alerts: If any team member or process attempts to exceed their designated permissions, PIRATE® immediately detects and flags the activity, ensuring quick resolution.

4. Continuous Monitoring and Risk Evaluation

Zero-Trust requires "always verify" instead of periodic checks or after-the-fact assessments. PIRATE® embodies this continuous vigilance by monitoring every action within the development and infrastructure pipelines:

Real-Time Monitoring: Every code change, infrastructure update, and interaction within the development lifecycle is continuously evaluated. This real-time monitoring ensures that risks are caught early and acted upon before they escalate.
Dynamic Risk Scoring: PIRATE® continuously evaluates the security posture of each product team, codebase, and CI/CD pipeline, providing a dynamic risk score that reflects current threats, vulnerabilities, and misconfigurations.

5. Insider Threat Detection and Behavioral Analytics

A crucial aspect of Zero-Trust is addressing insider threats. PIRATE® leverages behavioral analytics to detect insider risks within development teams:

Behavioral Monitoring: PIRATE® tracks changes in developer behavior, such as unusual access patterns or changes to critical systems, and flags any suspicious activity that could indicate malicious intent or fraud.
Insider Threat Alerts: Any deviation from normal developer behavior is quickly flagged and assessed, ensuring that insider threats are caught early and addressed before they lead to damage.

Driving Accountability, Governance & Transparency with PIRATE®

A successful Zero-Trust implementation requires more than just technical controls—it demands a cultural shift toward accountability, transparency, and governance across the organization. PIRATE® helps enforce these principles by assigning clear responsibilities for security tasks and providing leadership with real-time visibility into team performance.

Clear Ownership of Security Tasks: For every identified risk or vulnerability, PIRATE® assigns ownership, ensuring accountability within each team. This creates a culture where developers and product teams understand and take responsibility for their security actions.
Leadership Visibility and Control: PIRATE® provides executives and product leaders with real-time dashboards, giving them a comprehensive view of security posture across all teams and products. This level of transparency helps leadership make informed decisions and intervene proactively.

PIRATE®: The Foundation for Zero-Trust in Product Security

By embedding Zero-Trust Architecture into every layer of product development, Start Left® Security's PIRATE® model ensures that no code, tool, or team member is implicitly trusted. Every action is monitored, verified, and controlled in real-time. With PIRATE®, organizations can build resilient, secure-by-design software that aligns with modern Zero-Trust principles while fostering a proactive security culture.

In this era of increasing cybersecurity threats, adopting a Zero-Trust approach is no longer optional—it’s essential. Start Left® not only supports this approach but also goes beyond by offering a comprehensive framework to secure every aspect of the product development lifecycle.

Start Left® ensures that Zero-Trust is more than just a security buzzword—it’s an actionable, enforceable security practice that keeps your product development secure from the ground up.

Why CISOs Should Be Your CRO's New Best Friend (Spoiler: Security Sells!)

Wed, 09 Oct 2024 18:15:22 GMT

A CISO’s role has evolved far beyond just protecting the organization from external threats—it now plays a crucial part in enabling the business to grow and succeed. A CISO recently said, “A CISO’s job is to make it as easy as possible for your company’s customers to do business with you,” highlighting how security today is directly tied to customer trust, operational efficiency, and revenue growth.

At Start Left® Security , this alignment between security and business outcomes is at the heart of our platform, and we’re empowering CISOs to play a pivotal role in driving customer confidence and organizational success.

The CISO & CRO Partnership: Driving Revenue Through Security

Traditionally, the roles of the Chief Information Security Officer (CISO) and the Chief Revenue Officer (CRO) were siloed, with CISOs focused on risk management and CROs driving sales. However, in today's market, security is a key differentiator that directly impacts customer acquisition and retention. By working together, the CISO and CRO can ensure that security becomes an enabler for faster, smoother business transactions rather than a bottleneck.

SOC 2 Is Not Enough: The Need for Continuous Security Visibility

Let's be honest: SOC 2 compliance, while a widely recognized standard, is simply not enough to ensure a company’s, specifically software or SaaS vendors, security posture in today’s fast-moving digital landscape. It’s a "loosey-goosey" framework in many ways, relying on periodic, snapshot assessments that say, "We're good today!" but fail to provide ongoing assurance that systems remain secure over time. We’ve seen in major incidents like SolarWinds that even companies deemed compliant can still suffer devastating breaches.

Compliance is not equivalent to security—it’s just a baseline.

What’s becoming clear is that the industry is hitting an inflection point. Businesses are realizing that self-attested compliance checkboxes won’t protect them. CISOs and security leaders are shifting focus to continuous security performance visibility—demanding transparency not just from internal teams but from every vendor they engage with. The old model of once-a-year assessments is being replaced by real-time insights, proactive threat detection, and constant security monitoring.

Cyber insurers, in particular, should be stepping up, to drive this change by requiring more rigorous, continuous security metrics to protect themselves from costly claims. Vendors can no longer hide behind SOC 2 reports; instead, they need to demonstrate real, ongoing security program performance. Platforms like Start Left® Security are leading the charge, providing companies with continuous Application Security Posture Management (ASPM) and Cloud Security Posture Management (CSPM) . With these tools, vendors can validate their security in real time, ensuring not just compliance, but actual, resilient security that meets the evolving demands of today’s business world.

Simply put: SOC 2 might tick the compliance box, but continuous security visibility will keep your business—and your customers—truly safe.

Here’s how Start Left® Security enables this partnership:

1. Security as a Competitive Advantage

Customers want to know that the products they are buying are secure by design . They expect security to be part of the product offering, not an afterthought. The Start Left® platform ensures that security is embedded from the start of product development, offering transparent security metrics through Program Performance Scoring . This scoring provides concrete data to validate that the organization's security program is effective, building trust with customers and making it easier for the CRO to close deals.

2. Reducing Sales Bottlenecks

Security concerns often slow down sales cycles, particularly during the procurement and due diligence processes. With Start Left®’s continuous security posture monitoring and real-time risk evaluation, CISOs can provide clear, auditable security data that answers customer security questionnaires faster and with more confidence. This gives the sales team a competitive edge, reducing the friction between security reviews and closing deals.

3. Program Performance Scoring as a Validation Tool

One of the most powerful features of Start Left® is its Program Performance Scoring , which enables CISOs to demonstrate real, measurable success of their security efforts. This is not just a compliance box-checking exercise but a detailed analysis of whether security vulnerabilities are being identified, addressed, and prioritized effectively. The performance score gives the CISO a tangible way to show the CRO and customers that the security program is not only in place but also performing well. It builds trust and validation that security is an integral part of the product lifecycle, ensuring smooth business operations.

Performance Scoring: A Key to Collaboration and Trust

Start Left®’s performance scoring offers clear, objective data that helps bridge the gap between security and revenue. With metrics such as:

Vulnerability management efficiency: Tracking how quickly vulnerabilities are identified and mitigated.
Risk prioritization: Ensuring that high-risk issues affecting customer data or product integrity are resolved first.
Continuous monitoring and improvement: Offering an ongoing view of the organization’s security posture rather than a one-time audit.

This data empowers the CISO to work hand-in-hand with the CRO , showing customers that security is at the core of the organization’s operations and not a last-minute addition. The CISO can confidently communicate that the company is not just compliant, but proactively secure , making it easier for customers to trust doing business with them.

Proactive Security: Building Customer Trust and Driving Revenue

By embedding security early into product development and continuously monitoring the security posture throughout the product lifecycle, Start Left® Security makes it easier for businesses to prove their security posture to customers. This level of proactive, transparent security is increasingly becoming a customer expectation and can be a powerful tool for the sales team to leverage.

Inside-Out Risk Scoring: A Critical Addition to External Validation

While platforms like BitSight , SecurityScorecard , Black Kite , and RiskRecon provide valuable outside-in risk assessments, these tools only scratch the surface of an organization’s overall security posture. What they lack is the internal visibility needed to fully understand how security issues are being managed in real time. This is where Start Left®’s inside-out risk scoring adds value.

Start Left Security enhances the external validation process by offering a detailed look at internal metrics, such as how effectively vulnerabilities are identified, prioritized, and remediated across your product teams. Our risk scoring is not based on surface-level indicators but is grounded in actual, internal security operations—giving leadership, customers, and partners confidence that security is actively managed, not just checked off for compliance. By combining outside-in and inside-out views, businesses can present a more holistic, transparent security profile that accelerates sales and builds customer trust.

This approach positions security not just as a compliance requirement, but as a strategic advantage that both mitigates risk and facilitates smoother sales processes.

Conclusion

CISOs can now play a crucial role in driving revenue by collaborating closely with the CRO, showing customers that the organization’s security efforts are validated, measured, and continually improved —not only ensuring business continuity but also facilitating smoother, faster sales cycles.

The role of the CISO has never been more important in building customer trust and enabling revenue growth . With Start Left® Security, CISOs can not only protect the business but actively contribute to faster sales , better customer experiences , and greater confidence in the products and services offered. By working with the CRO and using performance scoring as validation , CISOs are now positioned to drive growth and security hand in hand.

Start Left® at tenX talks: Navigating the Digital Frontier: Trends & Strategies in Cybersecurity

Tue, 08 Oct 2024 21:10:42 GMT

Start Left, Not Shift Left: The Future of Cybersecurity in a Complex Digital World

Description: Learn how Start Left® Security redefines the approach to product and application security and delivers real-world protection by embedding security from day one.

Here’s how Start Left® Security approached the tenX panel questions within the context of our mission, platform, and the broader cybersecurity landscape:

1. What is driving current and future growth in cybersecurity?

The SolarWinds hack is a perfect example to showcase what is to come. Even though SolarWinds was compliant with regulations, their systems were compromised, and the attack spread like wildfire throughout their entire ecosystem of partners and customers. This shows that compliance isn't the same as security. Just because a software vendor says they're compliant doesn’t mean they’re truly secure—and when they get breached, the ripple effects are catastrophic. Several key factors are accelerating the demand for advanced cybersecurity:

Increase in sophisticated cyberattacks: Cybercriminals and state-sponsored bad actors are becoming more advanced, using techniques such as supply chain attacks and exploiting software vulnerabilities. This has pushed organizations to take a more proactive security approach, especially in critical sectors like cloud-based software, SaaS/Software vendors, and manufacturing.
Transition to cloud and digital transformation: Organizations are moving to cloud-native architectures , which expand the attack surface and expose more vulnerabilities. This is driving the need for better cloud security posture management (CSPM) and application security posture management (ASPM) solutions that integrate security into DevSecOps and product teams.
AI and automation in cybersecurity: AI-driven tools, like Start Left®’s PIRATE® model, enhance threat detection, risk evaluation, and vulnerability prioritization. AI helps streamline the noise created by traditional security tools, increasing the efficiency of product teams .

2. What industry/government regulations will have the greatest impact on the growth of cybersecurity?

This is where the U.S. regulatory approach falls short. Self-attestation is BS because it’s not backed by rigorous enforcement or real accountability. Companies can tick off checkboxes on a compliance form, but that doesn't mean they are actually securing their systems in a meaningful way. Key regulations shaping cybersecurity:

USA: Regulations like NIST, SOC 2, and FedRAMP in the U.S. push organizations to implement robust cybersecurity measures, especially around software supply chains and cloud infrastructure . The Biden administration’s Executive Order on Improving the Nation’s Cybersecurity highlights the need for real-time threat detection and incident response capabilities, which are central to Start Left®’s platform.
Globally: The EU's General Data Protection Regulation (GDPR) and the upcoming Digital Operational Resilience Act (DORA) are forcing companies to focus more on data protection and operational resilience. These regulations make it critical for organizations to embed security early into their development cycles, making Start Left®'s "start left" approach increasingly relevant.
Software Bill of Materials (SBOM) mandates: New policies, such as Executive Order 14028, are pushing organizations to track open-source software and third-party dependencies, driving demand for tools like Start Left®’s SBOM capabilities to ensure continuous security.

Regulation: "Loosey Goosey" in U.S. But Cyber Insurers Should Pick Up the Baton

In the U.S., cybersecurity regulations often rely on self-attestation or snapshot audits, which is ineffective. The SolarWinds hack is a prime example of how compliance does not equal security. Even when compliant, SolarWinds' systems were compromised, causing widespread damage across their partners and customers. This highlights the flaws in the U.S. regulatory approach, where companies can check compliance boxes but still leave critical security gaps.

Self-attestation lacks enforcement and accountability.
Compliance ≠ Security , as seen in SolarWinds' breach.
Cyber insurers can lead the shift to proactive security by using risk scoring to assess real security measures.
Start Left Security helps organizations embed security from day one, ensuring they go beyond compliance and become truly secure.

Given this regulatory gap, cyber insurers have an important role to play in driving real, meaningful change. They hold the power of the purse, and increasingly, they are the ones ensuring that organizations take proactive measures to protect themselves. Cyber insurers don’t just want to cover claims; they want to prevent breaches from happening in the first place .

At Start Left® Security, we see cyber insurers as critical stakeholders in this shift toward a proactive, programmatic approach to cybersecurity. By using risk scoring to underwrite policies, insurers can better assess which companies are genuinely secure and which are simply checking off compliance boxes. This is where platforms like Start Left can help. We enable organizations to start left —focusing on embedding security from the beginning, across every product and process—so that they aren’t just compliant but actually secure.

3. Are there hardware or software standards being argued that will impact cybersecurity suppliers and users?

At Start Left®, we believe that real security goes beyond the minimum regulatory requirements. Our platform is designed to embed security into every aspect of your organization, from code to cloud. We unify security efforts across all product teams, ensuring your business isn’t just compliant but resilient, audit-ready, and prepared for real-world threats.

Our approach ensures that every team member is engaged in the security process, and that leadership has clear, actionable insights into the organization’s security posture. Start Left not only helps businesses stay compliant but also enables them to stay ahead of threats by building security into their systems from the very start, not as an afterthought.

SBOM Standards (SPDX, CycloneDX): The push for standardized Software Bill of Materials (SBOM) is critical for tracking software components across the supply chain. This is transforming how organizations monitor and secure their applications. Start Left®'s dynamic SBOMs and real-time visibility make compliance easier while keeping products secure.
Zero Trust Architecture: Adoption of zero trust policies across organizations is driving demand for security tools that can constantly monitor and assess user access. This makes the shift left methodology outdated as start left security becomes the new norm—integrating security at the design phase to ensure integrity.
AI Security Standards: With AI impacting cybersecurity, new frameworks like AI Risk Management Framework by NIST will set standards to regulate AI applications in cybersecurity.

4. How is AI impacting cybersecurity today and into the future?

AI is both a tool and a target in cybersecurity:

Today: AI helps detect complex threats by analyzing large datasets at scale. Tools like Start Left®’s AI-driven prioritization engine use EPSS, CISA KEV, and threat intelligence to predict exploitability and prioritize vulnerabilities.
Future: AI will continue to evolve, enhancing automated threat detection, real-time incident response, and predictive analytics to protect against zero-day vulnerabilities and insider threats. AI-driven platforms like Start Left®’s will help organizations proactively secure their software supply chains, reducing reliance on reactive security.

5. How can organizations prevent cyber attacks?

In the evolving landscape of cybersecurity, much of the industry has latched onto the concept of "shift left" — the idea that security should be integrated at the end of the software development lifecycle. In production or in the cloud. But shifting isn't enough . It's reactive by nature, introducing inefficiencies and bottlenecks at later stages. Instead, we advocate for a "Start Left" approach, where security is embedded from day one, ensuring high-quality, resilient products that are designed with security at their core. This proactive, people-centric approach is crucial, especially when it comes to navigating the complex web of regulations, compliance, and the increasing role of cyber insurers.

Start left, not shift left: Embedding security from the very beginning of the software lifecycle is the most effective way to prevent cyberattacks. Start Left® enables organizations to automate security monitoring, integrate with CI/CD pipelines, and build resilience into their products by identifying vulnerabilities during development, not after deployment.
Adopt AI-Driven Vulnerability Management: Leverage AI tools like Start Left®’s to prioritize the most critical vulnerabilities, focusing on real-world exploitability rather than relying on traditional tools that generate noise and alert fatigue.
Compliance-Driven AppSec: Use compliance requirements such as NIST and SOC 2 as drivers for strengthening AppSec programs. Start Left® helps organizations align their security efforts with compliance mandates through real-time monitoring and security performance scoring

By focusing on proactive, AI-enhanced security, organizations can protect themselves against evolving cyber threats and ensure compliance across their software supply chains.

Why SOC 2 and Outside-In Scoring (BitSight, RiskRecon...) Are No Longer Enough: Introducing Start Left® Inside-Out Scoring for Comprehensive Vendor Risk Management

Mon, 07 Oct 2024 21:09:34 GMT

For years, outside-in risk scoring tools like BitSight, RiskRecon, SecurityScorecard, and Black Kite have dominated the Vendor Risk Management (VRM) and Third-Party Risk Management (TPRM) landscape. These solutions provide a valuable but incomplete perspective on a company’s security posture.

In today's increasingly interconnected digital landscape, CISOs, CTOs, CROs, and CEOs at software companies are under mounting pressure. Not only are they expected to build secure, high-quality products, but now they must prove it to an expanding ecosystem of partners, customers, and regulators.

But the industry is evolving, and procurement teams are now demanding more than these outside-in snapshots. They want continuous, inside-out scoring that goes beyond the external view of vulnerabilities and compliance. Here’s where Start Left® Security changes the game.

Why You Need Inside-Out Scoring— Right Now

While outside-in scoring tools like BitSight or SecurityScorecard provide a useful external evaluation, they don’t offer visibility into what’s happening inside your organization or products. These ratings, based on observed vulnerabilities and external data, fail to measure how effectively your teams are handling security from within , throughout the entire software development lifecycle (SDLC) .

Procurement teams are updating their Vendor Risk Management (VRM) and Third-Party Risk Management (TPRM) programs to include inside-out scoring from platforms like Start Left®. This means that software vendors and companies must not only validate their external scores but also demonstrate how they are managing internal security risks in real-time.

The Key Differences: Inside-Out Scoring vs. Outside-In Scoring

Here’s how Start Left®’s Inside-Out Scoring complements and elevates the outside-in ratings :

1. Comprehensive Risk Scoring:

Outside-In: Based on external factors like vulnerabilities that can be detected from the outside (e.g., open ports, exposed services).
Inside-Out (Start Left®): Risk scoring based on internal security metrics including how effectively vulnerabilities are identified, prioritized, and mitigated by product teams. This means a true understanding of risk, not just what is visible from outside your network.

2. Continuous Monitoring:

Outside-In: Offers a periodic snapshot of a company's security posture but lacks real-time, in-depth monitoring.
Inside-Out (Start Left®): Delivers continuous, real-time monitoring of both application security and cloud security across the entire product lifecycle. This ensures you’re not just reacting to new threats, but actively managing them.

3. Product-Centric Focus:

Outside-In: Doesn’t provide detailed insights into how individual product teams are managing security risks.
Inside-Out (Start Left®): Provides product-centric analytics, allowing security teams and developers to focus on the most critical issues, whether they involve sensitive data (e.g., PII or PHI) or high-priority vulnerabilities (exploitability and reachability).

4. Holistic Security Validation:

Outside-In: Can only show part of the picture, potentially leading to false confidence in security.
Inside-Out (Start Left®): Combine outside-in and inside-out perspectives for a complete and holistic view of security risks, ensuring that your products and teams are truly secure, not just compliant.

Why You Should Be on the Start Left® Platform

Start Left® offers more than just vulnerability detection; it is a program that transforms your entire security posture management strategy into a strategic business advantage.

Key Value Propositions for Internal Secure Product Operations:

Reduced Tool Overload: Start Left® integrates security seamlessly into existing workflows, eliminating the need for teams to juggle multiple, disconnected tools.
Increased Developer Efficiency: Automated prioritization of vulnerabilities based on business impact ensures your teams are working on what matters most.
Product Performance Analytics: Start Left® tracks the performance of each team, making it clear who’s excelling and where improvements are needed.
SLAs and Compliance: Leverage NIST best practices and real-time security metrics to stay ahead of compliance requirements.

Key Value Propositions for Business Outcomes:

Faster Sales: By improving your inside-out security scores , Start Left® helps you move through procurement processes faster. Vendors with higher security performance scores inspire greater customer trust and reduce procurement friction, leading to faster contract negotiations.
Better Customer Experiences: When you can demonstrate not just compliance but true security through Start Left®’s continuous security monitoring, customers have more confidence in your products, leading to stronger customer relationships.
Improved Customer Trust: In an era where trust is paramount, being able to show that your organization actively manages risks—not just ticks off compliance boxes—builds deeper trust with partners and customers.
Ecosystem Leadership: Validated Secured Vendors: By combining inside-out scoring with outside-in assessments, your organization will stand out as a leader in security. This positions you in a growing ecosystem of “validated secured vendors,” enhancing your reputation in the marketplace.

The Inflection Point: Why This Shift Is Happening Now

Compliance alone is no longer enough. While SOC 2 certification and outside-in scoring from BitSight, SecurityScorecard, and RiskRecon have provided some assurance, the growing complexity of software development, cloud infrastructures, and third-party dependencies requires continuous security validation . Procurement teams are waking up to the fact that snapshots are insufficient —they need continuous, real-time visibility into their vendor’s internal security posture.

Start Left® offers the tools to get you there, providing continuous program performance visibility and empowering teams to build secure products from the start .

Ready to Future-Proof Your Security?

It’s time to level up. Don’t wait for the next breach or regulatory change to catch you off guard. Start Left® Security ensures that your organization is not only compliant but also proactively secure, giving you the edge in an increasingly competitive and risk-laden environment.

Cyber Insurers: The Emerging Leaders in Proactive Cybersecurity

Fri, 04 Oct 2024 18:27:32 GMT

As regulatory frameworks like SOC 2 and ISO 27001 continue to struggle with effective enforcement, cyber insurers should be stepping in to fill the gap and drive real, meaningful change in the cybersecurity landscape. Unlike the reactive nature of compliance-based security, cyber insurers are uniquely positioned to push organizations toward a more proactive approach—one that emphasizes actual security measures over mere regulatory checkboxes. This is especially crucial in the wake of high-profile incidents like SolarWinds, which demonstrated the critical flaws in self-attestation and checkbox-based compliance.

The Flaws of Outside-In Monitoring

Traditional cybersecurity monitoring solutions such as BitSight , SecurityScorecard , and RiskRecon focus heavily on outside-in risk assessment —evaluating a company’s cybersecurity posture based on external factors like open ports, exposed vulnerabilities, and website hygiene. While this is an important layer of security, it is incomplete and often misleading , especially for software vendors . These scores fail to account for the internal measures that truly safeguard a software product’s security throughout its lifecycle. They give a snapshot but not a comprehensive view of a vendor's overall risk profile.

The Need for Inside-Out Validation

To complement outside-in assessments, insurers and organizations need inside-out security validation. This means having a real-time, internal view of an organization’s product security program . Traditional external scans do not provide insights into critical aspects such as:

Application Security Posture Management (ASPM): Tracking vulnerabilities and security risks across the entire software development lifecycle (SDLC).
Cloud Security Posture Management (CSPM): Continuous monitoring of the security posture of cloud environments, ensuring configurations and cloud infrastructure are secure.
Product-Centric Risk Scoring: Going beyond perimeter-based evaluations to assess how well internal security measures are working within the actual software product environment.

This is where Start Left® Security steps in. By providing a comprehensive inside-out security score , Start Left ® offers a complete picture of a vendor’s security posture, spanning both ASPM and CSPM. Our platform enables cyber insurers and organizations to move beyond superficial compliance checks and gain real insights into the effectiveness of a company’s internal security practices.

How Cyber Insurers Can Lead with Inside-Out Security

Cyber insurers hold the power of the purse , and with that power, they can influence the security practices of the organizations they underwrite. Instead of relying solely on outside-in monitoring, insurers can demand deeper insights into a company’s security performance, which involves:

Risk Scoring based on actual internal security metrics, including how effectively vulnerabilities are identified, prioritized, and mitigated.
Security Validation that combines both outside-in and inside-out perspectives to provide a more holistic view of risk.
Continuous Monitoring of both application security and cloud security, ensuring that organizations are not just compliant but actively managing their risks in real-time.

By integrating Start Left®’s inside-out security validation with traditional outside-in tools, insurers can proactively assess and mitigate risks long before a breach occurs, thereby reducing claims and safeguarding their bottom line.

Closing the Gap Between Compliance and Security

Cyber insurers are in a unique position to push the industry toward a proactive, security-first model. By embracing both outside-in and inside-out security evaluations, they can help organizations not only meet compliance requirements but also ensure they are truly secure . This shift is crucial for industries that rely heavily on software vendors, as even a small vulnerability can have devastating ripple effects, as seen with SolarWinds.

Start Left® Security provides the platform to enable this shift, helping organizations adopt product-centric security practices that embed security from day one, ensuring both resilience and compliance.

How to Use Compliance as an AppSec Driver

Tue, 01 Oct 2024 18:46:07 GMT

Turning Compliance Into a Strategic Product Security Program Advantage & Business Enabler

Compliance is often viewed as a simple box-ticking exercise—just one more hurdle in the way of doing business. However, when new regulations emerge, it can feel like your entire system has been thrown off track. Chaos and urgency replace calm, and teams rush to meet deadlines. But if you’ve established a strong foundation in a few critical areas, the impact is less disruptive. In fact, compliance can be leveraged as a powerful tool to drive your application security program (AppSec) forward.

So, what are the key areas you should focus on?
Where should you begin?
How can compliance requirements become the catalyst for enhancing your AppSec strategy?
And what benefits can you anticipate from this approach?

Let’s explore.

1. Identify Overlapping Requirements Across Compliances

One of the most significant advantages of leveraging compliance as an AppSec driver is the overlapping requirements between various standards. Whether you're dealing with FedRAMP, PCI DSS, NIST, or SOC 2, many of the core controls overlap, such as vulnerability management, incident response, and access control. By identifying these overlaps, you can streamline your security program and meet multiple compliance frameworks with the same foundational security practices.

Actionable Tip:

Map out the common controls across compliance standards. For example, many compliance frameworks mandate vulnerability management and continuous monitoring . By aligning your AppSec program to these common requirements, you can tackle multiple compliance needs at once while improving your overall security posture.

2. Assess Where Your Security Program Stands Today

Before diving into compliance-driven improvements, it's essential to assess your current security program. Where do you stand in terms of compliance readiness? Are you addressing the highest-risk vulnerabilities, or are you focusing on low-priority areas just to pass an audit? Use your compliance efforts as a benchmark for identifying gaps in your AppSec program.

Start Left® Solution:

With Start Left® Security’s platform, you can continuously assess your security posture and map it against compliance requirements like SOC 2, NIST, and PCI DSS. Our analytics give you a clear view of where you meet standards and where improvements are needed, especially in areas such as software composition analysis (SCA) , SBOMs , and secure coding practices .

3. Build a Continuous Monitoring Process

The key to leveraging compliance for AppSec is to shift away from periodic audits and embrace continuous monitoring . Compliance isn’t just about passing an audit; it’s about maintaining a secure posture year-round. Monitoring key security areas like vulnerability remediation timelines, cloud security posture management (CSPM) , and application security posture management (ASPM) will ensure your program is always ready for both compliance and security threats.

Actionable Tip:

Start Left® helps automate continuous vulnerability scanning and automated compliance checks , giving you a holistic view of your security posture. By automating these processes, you can free up your teams to focus on higher-value tasks while ensuring your organization stays compliant.

4. Report Metrics That Drive Leadership Buy-In

To truly make compliance an AppSec driver, you need to communicate the results to leadership. Metrics like time to remediate vulnerabilities , percentage of compliant systems , and incident response times will not only satisfy compliance auditors but will also demonstrate to leadership the effectiveness of your security efforts.

Start Left® Solution:

With our Program Performance Analytics , you can automatically generate metrics that leadership cares about. These include metrics around compliance adherence , risk reduction over time , and product-specific security scores . By showing real-time data that ties back to business outcomes, you can secure leadership buy-in for further investments in AppSec.

5. Use Compliance as a Driver to Improve AppSec Outcomes

Compliance, when treated as a driver rather than a burden, can elevate your AppSec program to new heights. By continuously monitoring key areas and reporting meaningful metrics, compliance can become the backbone of a robust security program. You'll no longer be scrambling when new regulations drop—instead, you'll be proactively improving security practices and building a resilient organization.

Outcomes You Can Expect:

Stronger security foundations that meet multiple compliance standards.
Proactive vulnerability management and continuous monitoring , reducing risk.
Increased leadership support for AppSec initiatives due to data-backed decision-making.
Streamlined compliance efforts that save time and money while improving security.

6. Leverage Security Performance Scores Across Product Teams

As part of using compliance as a driver for your Application Security (AppSec) program, integrating Security Performance Scoring across every product team and the overall program is essential. At Start Left® Security, we use this scoring to create a contextualized view of risk around each product and its relationship with the business, compliance, and technology. This context not only tells you what code is being processed, but whether it’s handling PII , PHI , payments , or any other sensitive data that might be governed by specific compliance requirements. Here’s how this scoring creates a risk-based security program and ties everything together:

1. Creating a Risk-Based Program in a Product Context

Security performance scoring helps align your security efforts with the specific business needs and compliance demands of each product. By evaluating the security posture of individual products and teams, you can assess:

What code is processing : Is it stateless or does it handle sensitive data like PII, PHI, or payments?
Which compliance frameworks apply to the product: SOC 2, HIPAA, PCI DSS, etc.
How critical the product is to the business and its customers: What would be the impact if it were compromised?

This creates a risk-based approach to security that ties technology, business, and compliance together, ensuring your efforts are focused on protecting the assets that matter most.

2. Feeding the Prioritization Engine

Once you've established the business and compliance context around each product, this data feeds directly into the Start Left® prioritization engine , helping teams focus on what matters most. This engine evaluates security risks based on several key factors:

Reachability Analysis: Is the vulnerability actually exploitable within the code or system?
EPSS Score: What’s the likelihood that the vulnerability will be exploited in the real world?
Data Sensitivity: Does this vulnerability affect systems handling PII or other sensitive information?
KEV and Threat Intelligence: Use real-time threat intelligence, enriched by vulnerability data from vendors, to prioritize threats based on current exploits.
Proof of Concept (PoC) Availability: Is there an existing exploit available that attackers could leverage?
Patch Availability: Is a fix available, and how easy is it to implement?

By using this multi-dimensional analysis , your teams are not only prioritizing vulnerabilities based on severity but also considering their real-world impact on your products and compliance obligations.

3. Additional Value: Executive Awareness & Product Team Focus

Beyond feeding your prioritization engine, security performance scoring also provides several other key benefits:

Executive Awareness: Leadership teams can use these scores to gain a clear, real-time view of the organization’s overall security posture. This gives executives a better understanding of where risks are concentrated and where investment in security resources is most needed.
Guiding Product Teams: The scoring system serves as a coaching tool for product teams, showing them where to spend their efforts and time . Teams can understand not just what vulnerabilities exist but why they need to be addressed and how they tie into business objectives and compliance requirements.

How It All Comes Together

By integrating security performance scoring into your AppSec program, you transform it from a reactive, compliance-driven model into a proactive, risk-based system . This approach aligns your security efforts with your business and compliance needs while giving your teams and leadership the insights they need to stay ahead of threats.

Summary:

Security Performance Scoring ties technology, business, and compliance together to build a risk-based program.
Prioritization Engine enables teams to focus on the most critical vulnerabilities using factors like reachability, EPSS, data sensitivity, and threat intelligence.
Executive Awareness and Coaching guides leadership and teams, helping them allocate resources and focus on high-risk areas efficiently.

Incorporating these principles into your compliance-driven AppSec program ensures that security is embedded throughout your product lifecycle, helping you maintain compliance while building resilient, secure software .

Takeaways

Incorporating compliance as a driving force behind your Application Security (AppSec) program isn’t just about checking boxes—it’s about building a sustainable, risk-based security posture that aligns with your business objectives. Here are the key takeaways:

Leverage Overlapping Compliance Requirements: Identify common controls across standards like SOC 2, NIST, PCI DSS, and others to streamline your security efforts and cover multiple compliance frameworks simultaneously.
Assess Your Current Security Program: Understand where your security posture stands today, using compliance as a benchmark to identify gaps and vulnerabilities.
Build a Continuous Monitoring Process: Shift from periodic audits to year-round monitoring. Ensure that key security areas like vulnerability management, governance, and continuous threat detection are continuously assessed.
Security Performance Scoring: Implement scoring across teams and products to tie technology, business, and compliance together. This will help create a risk-based program and provide critical data to executives and product teams for better decision-making.
Feed the Prioritization Engine: Leverage reachability analysis, EPSS scores, data sensitivity, KEV, and other factors to prioritize vulnerabilities based on real-world risk, ensuring your teams focus on what matters most.
Executive Awareness & Team Guidance: Use performance scores to keep leadership informed while coaching product teams on how to best allocate their time and efforts toward security, compliance, and business objectives.

Conclusion

By using compliance as a strategic AppSec driver, organizations can turn security from a burden into a competitive advantage. Through a combination of overlapping compliance requirements, continuous monitoring, and security performance scoring, businesses can adopt a proactive, risk-based approach to security. Prioritization engines and actionable insights guide both leadership and product teams, aligning security with business objectives and fostering a security-first culture.

In the end, compliance becomes more than just a requirement —it becomes a tool for empowering teams, mitigating risks, and building secure, resilient software that meets the demands of both regulators and customers. With the right approach, compliance can be a stepping stone to creating a more robust and forward-thinking AppSec program.

Ready to take the next step? Contact Start Left® to see how we can help you build a compliance-driven AppSec program that scales with your business.

PRESENTATION: If Our Developers Are Our Front Line of Defense, Why Do We Put Them Last?

Mon, 30 Sep 2024 21:37:01 GMT

The Hacks & Hops InfoSec conference brings some of the most interesting speakers to Minneapolis. This year they were back, bigger than ever, and this time the event took over Allianz Field in St. Paul! Start Left® Security's CEO, Jeremy Vaughan, participated as a keynote speaker this year and you can s ee his presentation below:

Scaling Your Security Champions Program: If Our Developers Are Our Front Line of Defense, Why Do We Put Them Last?

Presented by Jeremy Vaughan, CEO & Co-Founder, Start Left Security

SIMPLIFIED TRANSCRIPT:

Introduction: The Start Left Philosophy

Thank you for having me, and a big shoutout to FR Secure for hosting this great event. Today, we’re diving into a topic near and dear to me: scaling security champions within your organization. I come from a software development background, and as the CEO of Start Left Security, I’ve seen first-hand how teams can move fast while maintaining strong security practices. But it requires more than just tools—it requires cultural and behavior change , organizational restructuring , and people empowerment .

At Start Left, our focus is on empowering product teams, and we chose our name intentionally—because you can’t get further left than people . We’re shifting the conversation from tools to organizational design , fostering collaboration and communication across teams to truly embed security into the fabric of the development lifecycle.

Why the Shift Left Approach Falls Short

Many organizations pride themselves on “shifting left,” but simply adopting CI/CD pipelines and implementing tools doesn’t mean you’re practicing DevOps or DevSecOps. While these approaches aim to catch vulnerabilities earlier in the development process, they often miss the most critical element: the people building [and maintaining] the software .

Security needs to be more than just an afterthought or a reactionary measure—it must be integrated from the very start, empowering developers to be proactive in identifying and addressing security risks.

My Personal Why: The Failure of Software Quality

My passion for this subject comes from a personal experience that highlights the consequences of software decay. My daughter was diagnosed with Type 1 diabetes at 16 months old. For the first five years, we didn’t sleep through the night because we were constantly worried about her blood sugar levels.

We finally got a continuous glucose monitor (CGM), and we put our trust in this medical device. But when she was eight, the device failed to notify us of dangerously low blood sugar levels. The software hadn't been updated in two years . It wasn’t a security flaw, but it was a failure in software quality —and it nearly cost my daughter her life.

This experience was a wake-up call for me. Software quality is a security issue , and too many organizations hide behind compliance while neglecting the upkeep of their systems.

A Broken Industry: Focusing on the Wrong Things

When we look at how the industry handles cybersecurity today, it’s clear we don’t have a cybersecurity problem; we have a software quality problem . We’re still focused too much on reactive security, like Cloud Security Posture Management (CSPM) , instead of embedding security into the design and development stages.

If we’re still waiting for issues to appear at runtime or when the product is live, we’re already too late. Alert fatigue and over-reliance on tools are rampant. We’ve created a system that isn’t resilient or effective, and it’s time to change that.

Building a Security-First Culture Through DevSecOps

High-quality software includes security, and that’s where DevOps and cultural change come into play. DevOps, at its core, is about creating high-performing teams that are focused on building resilient, high-quality software —and that includes addressing vulnerabilities as part of the process.

If you’re a CISO or a C-suite leader, your job isn’t just to buy tools ; it’s to build a program . This requires you to shift the culture of your organization, creating an environment where developers are empowered to take ownership of security.

Why Developers Are the Key to Scaling Security

Developers are your front line of defense . They’re the ones building the products that millions of people rely on every day. By empowering them to make security a part of their craft, we’re not only improving the quality of the software but also reducing risks before they reach production .

To truly scale a security champions program, you need to focus on organizational change :

1. Cultural Change: Security shouldn’t be a bottleneck; it should be a competitive advantage .

2. Behavioral Change: We need to incentivize developers to get better at security, and that involves continuous learning and gamification .

3. Organizational Design: Create small, high-performing teams with security embedded into their day-to-day operations.

Why Tool Consolidation Isn’t Enough

A lot of CISOs we talk to believe that consolidating tools will solve their security issues, but they’re wrong. Throwing more tools at the problem without addressing the underlying organizational and cultural issues doesn’t work. Developers already use 10, 20, or even 30 tools, many of them open-source. It’s not about adding more tools—it’s about building high-quality software and creating a resilient, immutable infrastructure .

We need to stop thinking that runtime protection , or the tools we deploy at the end of the development cycle, will save us. By then, it’s too late .

Creating a Continuous Feedback Loop with Gamification

At Start Left, we’ve adopted a data-driven performance management approach, similar to Moneyball in sports. We use data to continuously improve team performance, highlight security champions within teams, and provide situational micro-training to help developers fix vulnerabilities in real time .

By giving developers the tools and incentivizing them with rewards —whether it’s through gamification or other forms of recognition—we’re creating a continuous loop of improvement . This approach monetarily rewards teams for their progress and ensures that security becomes second nature.

The Future: Product-Centric Security

The future of security lies in creating product-centric DevSecOps teams . We need Chief Product Security Officers (CPSOs) embedded within product teams, incentivizing high-quality, secure development . Microsoft has already adopted this approach, and other companies will follow suit.

By giving developers the tools, resources, and incentives they need to take ownership of security , we’re not only protecting our products but also building a stronger, more resilient organization .

Conclusion: Empowering Developers to Lead the Charge

Security is no longer the responsibility of just the security team; it’s everyone’s job. Developers are the front line , and we need to empower them to do it right . By changing the culture , organizational design , and the way we approach security, we can scale security champions throughout the entire organization.

It’s time to stop thinking of developers as the last line of defense and start realizing that they are our first .

Thank you.

(Audience Applauding)

Didn’t Start Left? Here’s How We Can Still Save Your Bacon with Post-Incident Response

Thu, 26 Sep 2024 22:23:02 GMT

Easily align the FIRTS.org's Product Security Incident Response Team (PSIRT) Services Framework with Start Left® Security.

Incident Response with Start Left® Security: Proactive Vulnerability Management & Remediation

At Start Left® Security , we offer more than just a set of tools to react to vulnerabilities—we empower organizations with a proactive approach to incident response, leveraging our full Application Security Posture Management (ASPM) platform. Our capabilities, including Software Composition Analysis (SCA) , Software Bill of Materials (SBOM) , Static Application Security Testing (SAST) , Dynamic Application Security Testing (DAST) , Infrastructure-as-Code (IaC) Security , and Container Security Scanning , work seamlessly within our PIRATE® model (Product Integrated Risk Analytics & Threat Evaluation) to support Product Security Incident Response Teams (PSIRTs) . This holistic approach ensures that vulnerabilities are not only identified and assessed but also prioritized and remediated with speed and accuracy, turning incident response into a streamlined, efficient process.

How Start Left® Supports Incident Response:

1. Accelerated Forensics and Investigation Capabilities

a. Real-Time Visibility into Product and Asset Context

Start Left’s PIRATE® model provides continuous monitoring of your product landscape, allowing teams to instantly pull up historical vulnerability data, asset details, and code contributions . This enables rapid identification of potential exploit paths, impacted systems, and responsible teams or developers.

b. Quick Identification of Affected Assets and Code

Using dynamic SBOMs (Software Bill of Materials) and comprehensive scanning tools like SCA, SAST, DAST, IaC, and Container Security Scanning , you can trace vulnerabilities back to their origins in the codebase, containers, or infrastructure. This granular asset visibility helps investigators determine what was compromised , how it was exploited , and where the issue originated .

c. Rapid Assignment of Ownership for Remediation

In a forensics scenario, time is of the essence. Start Left automates the process of assigning ownership for specific vulnerabilities, allowing for immediate triage. You’ll know who owns the code , who’s responsible for remediation , and where to focus remediation efforts—drastically cutting down investigation time.

d. Correlating Exploitable Vulnerabilities with Forensic Data

Our platform integrates EPSS , CISA KEV , and other threat intelligence feeds to give you insights into whether a vulnerability is being actively exploited in the wild. When dealing with a zero-day or other critical incidents, this information can help investigators prioritize their responses and understand real-world exploitability .

e. Audit Trail & Historical Scan Data

Scan history and asset monitoring provide a complete audit trail of vulnerabilities, configurations, and code changes over time. This makes it easy to retrace steps during an investigation, identifying when vulnerabilities were introduced and whether they were previously flagged or missed.

f. Automated Incident Response Plans

Start Left can automate portions of your incident response workflow, making it easier for teams to quickly enact plans, gather evidence, and begin remediation efforts. This cuts down on manual effort, enabling quicker forensic analysis and recovery efforts.

By integrating Start Left® Security into your product security program, your team can expedite forensics investigations , reduce the time to discover critical answers, and gain immediate visibility into the scope of any security incidents. This allows you to contain breaches faster and ensures a more efficient recovery process.

2. Identification and Prioritization of Vulnerabilities, Including 0-Days

Start Left ® ’s platform provides real-time vulnerability detection across all stages of the product lifecycle. SCA , SBOM , SAST , and Container Scanning help identify vulnerabilities in open-source components, dependencies, and code. With DAST and IaC scanning, we extend coverage to runtime behaviors and infrastructure misconfigurations.

Through the PIRATE® model , vulnerabilities are evaluated for exploitability , reachability , and their connection to sensitive data (like PII or PHI ), ensuring that 0-day vulnerabilities are flagged immediately, prioritized, and directed to the right teams for remediation. PIRATE® also integrates EPSS (Exploit Prediction Scoring System) and CISA KEV (Known Exploited Vulnerabilities) to provide contextual intelligence, helping organizations assess the real-world risk of discovered vulnerabilities.

3. Assessment and Reachability Analysis

The PIRATE® model is a game-changer for incident response, automating the prioritization of vulnerabilities through a detailed assessment of factors such as:

Function-level and Dependency-level Reachability: Is the vulnerability accessible or exploitable within the product?
Exploitability: How likely is this vulnerability to be exploited based on active threats and known exploits?
Data Sensitivity: Does the vulnerability expose sensitive information (PII, PHI, etc.)?
Patch Availability: Can this issue be immediately addressed with an available fix?

By combining these factors, Start Left® helps PSIRT teams quickly assess the impact of a vulnerability, understand its business implications, and prioritize remediation efforts.

4. Disposition and Remediation Across the SDLC

Start Left®’s platform integrates seamlessly into the Secure Development Lifecycle (SDLC) to support proactive incident response:

SCA and SBOM ensure that every software component is accounted for, identifying which elements of the product have been affected by a vulnerability.
SAST and DAST provide code-level and runtime analysis, giving developers detailed information on how to fix vulnerabilities at the source.
IaC scanning ensures that cloud and infrastructure configurations are secure, preventing attackers from exploiting weak points in the environment.

Using Work Item Tracking integration ( JIRA, Azure DevOps, etc.) , vulnerabilities are automatically assigned to the right teams for remediation, while SLA tracking ensures that vulnerabilities are resolved according to best practices (e.g., NIST guidelines ).

Post-Incident Response & Continuous Monitoring

Post-incident, Start Left® doesn’t just provide solutions for remediation—it helps organizations evolve by ensuring continuous monitoring and improvement. Container Security Scanning allows you to proactively scan images during CI/CD build pipelines and monitor their performance over time through asset discovery and historical scan views . This provides insight into whether a product’s security posture is improving or deteriorating, giving you the visibility needed to continuously refine your security program.

PSIRT Value: After the incident, teams can use Start Left® to gather insights into:

Which vulnerabilities were exploited.
How widespread the issue was across the product portfolio.
What remediation steps need to be taken immediately and in the future.

The Role of the PIRATE® Model in Incident Response:

The PIRATE® model ties everything together, offering real-time data and insights into vulnerabilities at every stage of the product lifecycle. By providing product-centric risk analytics and threat evaluation , PIRATE® ensures that incidents are managed with precision. Here’s how it works post-incident:

Identification: PIRATE® surfaces vulnerabilities across the product stack (code, infrastructure, containers, etc.) and identifies which vulnerabilities are connected to sensitive data, increasing their priority.
Assessment: Vulnerabilities are enriched with KEV , EPSS , and reachability analysis , enabling the PSIRT team to assess the real-world risk. This helps avoid a scattershot approach, focusing efforts on the highest-risk areas.
Disposition: With integrated workflows, vulnerabilities are triaged and remediated based on their business impact. PIRATE® tracks each vulnerability's lifecycle, ensuring accountability and measuring team performance through SLAs.

Let’s expand on the PIRATE® model and map its core elements to ownership, context, and risk-based modeling in enhancing a Product Security Incident Response Team (PSIRT) . By incorporating the PIRATE model, you not only improve real-time incident response but also create clarity around ownership, provide a deeper product context, and elevate the PSIRT process through risk-based insights. Here's how it maps:

Mapping the PIRATE® Model to Ownership, Product Context, and Risk-Based Modeling for PSIRT

1. Ownership & Accountability

The PIRATE® model is designed to ensure that every vulnerability identified during an incident is immediately mapped to a specific product team or owner . This process ensures that accountability is crystal clear from the moment a vulnerability is detected. PIRATE® identifies which team owns the component or product that contains the vulnerability and assigns responsibility for remediation.

Developer Responsibility: If a vulnerability is found in the code, PIRATE® will assign the specific development team responsible for that area of the codebase, ensuring that the team with the most expertise and direct knowledge of the vulnerability is tasked with addressing it.
Ops/Infrastructure Responsibility: If the vulnerability stems from infrastructure (e.g., containers or IaC), PIRATE® assigns it to the infrastructure team responsible for managing those resources.

This real-time assignment speeds up the incident response process and avoids delays caused by uncertainty over ownership, ensuring that the right team takes action immediately.

2. Creating Context for Product Teams

The PIRATE® model enriches each vulnerability with detailed product context , making it easier for PSIRT and product teams to understand the risk involved. For example:

What is the code processing? Is it stateless? Does it process PII , PHI , or other sensitive data?
What’s the business impact? Is this part of a revenue-generating product, a core service, or an ancillary feature?

By including this context, product teams gain a better understanding of how a vulnerability affects the overall business. This ensures they not only patch the vulnerability but also prioritize remediation based on the importance of the affected product or service.

3. Risk-Based Modeling for PSIRT Enhancement

The PIRATE® model enhances PSIRT effectiveness by providing a risk-based prioritization engine . Instead of reacting to every incident with the same urgency, PIRATE® helps PSIRT teams focus on the most critical vulnerabilities based on a combination of factors:

Reachability Analysis: Is the vulnerability actually reachable and exploitable? This analysis prevents time and resources from being wasted on vulnerabilities that don’t pose a direct risk to the product.
EPSS Score: The Exploit Prediction Scoring System (EPSS) evaluates how likely a vulnerability is to be exploited in the wild, helping prioritize vulnerabilities based on real-world risk.
Data Sensitivity: Is this vulnerability linked to sensitive data like PII , PHI , or payment processing? If so, it’s flagged as higher priority.
CISA KEV and Threat Intelligence: The PIRATE® model integrates CISA KEV and other threat intelligence sources to enrich vulnerability data, providing real-time information on whether a vulnerability is actively being exploited.
Patch Availability: Can the vulnerability be patched quickly, or will it require a more extensive update? This influences how PSIRT approaches remediation, ensuring faster resolution when possible.

By prioritizing vulnerabilities based on these factors, PIRATE® helps PSIRT operate more efficiently, addressing the highest-risk vulnerabilities first while maintaining continuous visibility over the product landscape.

4. Executive Awareness and Coaching for Product Teams

One of the key advantages of the PIRATE® model is its ability to provide actionable insights to leadership . This allows executives to see how well each product team is performing from a security perspective, enabling them to coach and guide teams more effectively.

For instance:

Performance Metrics: PIRATE® generates reports on how quickly vulnerabilities are being remediated and tracks team performance against SLA targets.
Risk vs. Business Impact: By connecting vulnerabilities to the business value of the affected product, PIRATE® ensures that leadership has a clear view of the trade-offs involved in remediation efforts.

Conclusion

The PIRATE® model doesn’t just identify vulnerabilities—it maps them to the right owners, provides deep context for product teams, and prioritizes them based on real-world risk. This integration enhances PSIRT capabilities, ensuring that product teams are empowered to manage vulnerabilities effectively while executives gain visibility into risk and remediation progress.

By incorporating PIRATE® into your incident response and PSIRT efforts, you create a risk-based program that ties together technology , business , and compliance requirements within a product-centric context . This not only strengthens your incident response capabilities but also ensures that vulnerabilities are addressed with the appropriate urgency, keeping your products—and your organization—secure.

Business Value of Start Left® in Incident Response

Start Left®’s comprehensive platform delivers clear business outcomes:

Faster Time to Remediation: By automating vulnerability identification and prioritization, Start Lef®t significantly reduces the time needed to respond to incidents.
Reduced Risk: With real-time exploitability analysis and integrated patch management, the platform helps organizations mitigate risk more efficiently.
Cross-Functional Collaboration: Start Left®’s platform promotes collaboration between development and security teams, ensuring that everyone is on the same page during incident response.
Actionable Insights for Leadership: The platform provides actionable, real-time data, giving executives a clear view of the current security posture and response effectiveness.

Conclusion: Empowering PSIRTs with Proactive Security

With Start Left® Security, incident response becomes a proactive, integrated process. Our ASPM tools (SCA, SBOM, SAST, DAST, IaC, and Container Security Scanning) work in tandem with the PIRATE® model to provide a holistic approach to identifying, assessing, and remediating vulnerabilities post-incident. Whether it’s responding to a 0-day or ensuring continuous product security, Start Left® ensures that your organization remains secure, resilient, and ready for future challenges.

By integrating security across the entire SDLC and ensuring vulnerabilities are addressed before they reach runtime, Start Left® eliminates costly post-deployment remediation and keeps your security posture strong, all while streamlining the incident response process.

Start Left® Security Introduces Container Image Scanning for a More Secure Product Pipeline

Wed, 25 Sep 2024 13:49:13 GMT

We are excited to announce the availability of Container Scanning within the Start Left® platform’s Software Composition Analysis (SCA) tools. With Container Scanning, you can now shift your security posture left by scanning and identifying vulnerability and license risks in your container images. With more and more application workloads being migrated to containers over the past several years, containers have become an increasingly key part of open-source usage. Organizations need to ensure their container images are as secure as possible before being deployed into production environments.

Exciting Announcement: Introducing Container Image Scanning for a More Secure Products and CI/CD Pipelines

We are thrilled to announce the availability of Container Image Scanning within the Start Left® Security platform, enhancing our Software Composition Analysis (SCA) tools. With this release, we're empowering organizations to shift security even further left, ensuring container images are secure before they reach production environments. As more workloads are moved to containers, safeguarding these images has become a critical part of modern AppSec strategies, helping businesses protect their operations and maintain compliance with ease.

Capabilities & Security Outcomes:

With Start Left ® ’s Container Image Scanning , organizations can:

Scan images within CI/CD pipelines, consolidating findings across other AppSec tools for complete security coverage.
Identify vulnerabilities across application, OS, and package-level dependencies, ensuring security at every layer.
Inventory Open-Source Licenses to mitigate legal risks associated with compliance.
Generate dynamic Software Bills of Materials (SBOMs) , including both OS and application dependencies in SPDX or CycloneDX formats for transparency and audit-readiness.
Prioritize container-related risks across your Organization and Product Dashboards to maintain proactive threat management.

Business Value:

Start Left® provides more than just vulnerability detection—it aligns your product security with real business outcomes:

Faster time-to-market : Start Left® reduces the noise and complexity of vulnerability management, allowing teams to focus on what matters and release software faster.
Lower operational costs : Our platform simplifies vulnerability triage and prioritization, ensuring your teams focus only on the highest risks.
Enhanced risk mitigation : Consolidated container scanning, SBOM generation, and OS/package dependency checks offer a comprehensive view of risk, enabling your team to stay ahead of threats and maintain compliance.

Unlike traditional runtime protection solutions , Start Left® provides proactive security by identifying issues before deployment , not after. Our proactive approach eliminates costly remediation in production and reduces alert fatigue, ensuring your security efforts are truly scalable and efficient. Runtime protection , similar to RASP or WAF solutions, generates post-deployment alerts and logs, which are reactive by nature. Start Left®, however, takes action earlier—integrating security from development through CI/CD, thus reducing the risk of exploitable vulnerabilities making it to runtime in the first place.

It also empowers DevOps "done right" and re-enforces the value proposition to the business: high-performing teams delivering high-quality software.

Container Registry Support:

In this initial release, we’re supporting Docker Hub and Azure Container Registry (ACR) with upcoming releases including support for GitHub , GitLab , and Amazon ECR . You can easily configure these through the new Data Sources tab , selecting Container Registry in the dropdown menu.

Enhanced Features for More Visibility:

Asset Discovery: Our discovery scanner now finds any unmanaged container assets for easier visibility and awareness of potential risks.
New Asset Details with Scan History: Track container asset performance over time with historical scan data. Quickly identify whether vulnerabilities are improving or deteriorating, offering insight into when significant changes occurred.
CI/CD Pipeline Scanner: Seamlessly integrate container image scanning into your CI/CD processes.

Have questions or feedback? Reach out to us at support@startleftsecurity.com !

Start Left® Security continues to lead the charge in people-centric application security posture management (ASPM) —driving product security, operational efficiency, and faster remediation with a unified approach to vulnerability management.

Conway’s Law: The Flawed Legacy of CSPM & Why "Shift Left" Isn't Enough for True Cybersecurity Transformation

Thu, 19 Sep 2024 19:00:29 GMT

The Illusion of a Cybersecurity System: How Traditional AppSec, CSPM & "Shift Left" Apply Traditional Cybersecurity Thinking to Modern Problems, Resulting in Flawed Solutions

Conway's Law tells us that the systems we create are a direct reflection of our organizational culture. Traditional approaches to Application Security (AppSec) and CSPM (Cloud Security Posture Management) are perfect examples of this—they apply traditional cybersecurity thinking to modern problems, resulting in flawed solutions. These platforms are rooted in vulnerability-centric designs that fail to address the core challenges of modern product development. By building on outdated models, they perpetuate the same issues they were meant to solve.

Even in Gene Kim's The Phoenix Project , he illustrates how organizations often create the same problems they intend to solve by failing to address the root causes. Just as in the book, where IT and development teams struggled due to misaligned priorities and siloed operations, cybersecurity today faces similar challenges. Traditional AppSec and CSPM solutions reinforce these silos, focusing on vulnerabilities and tool integration rather than fostering a collaborative, product-centric culture. This perpetuates the cycle of inefficiency and risk.

The Limits of Traditional AppSec & CSPM Approaches: The Pitfalls of Vulnerability-Centric Solutions

As we examine the landscape of modern cybersecurity, it's clear that many CSPM solutions, while well-intentioned, were born out of cultures that focus narrowly on vulnerabilities. This vulnerability-centric design is deeply rooted in the very organizational structures that created the security problems they seek to solve. Take Wiz, for example—a CSPM platform developed by founders who came from Microsoft . While Wiz and similar platforms have made significant strides, they remain fundamentally flawed by design, addressing security from a siloed, fragmented perspective.

CSPMs like Wiz are starting to shift left, integrating security earlier in the development lifecycle. However, this shift often results in creating new silos within their platforms, perpetuating a tool-centric mindset that fails to fully achieve the goals of DevSecOps. Rather than rethinking the system as a whole, these approaches act as “enablers” in the negative sense—allowing companies to continue stacking tools into a Frankenstack , rather than encouraging a holistic reimagining of how cybersecurity should align with modern product development.

CSPMs & Conway’s Law in Action: The Missed Opportunity By Building Silos in One Platform

Conway's Law suggests that the way an organization is structured will dictate the design of the systems it produces. In the context of cybersecurity, this means that a fragmented, tool-centric organizational culture will inevitably lead to fragmented, tool-centric security solutions. The missed opportunity here is profound: rather than leveraging platforms to drive real, transformative change, companies are using them to maintain the very systems that are causing their security headaches.

The true solution lies not in enabling more tools but in reimagining the entire cybersecurity system. It’s about creating an approach that aligns with modern product development, focusing on a program-centric, people-focused model that addresses the core issues of organizational design, cultural change, and people empowerment. Interestingly, [ five (5) years after Wiz's founding ], Microsoft itself has acknowledged the need for such an approach, restructuring its security governance to align deputy CPSOs with product teams, engaging engineering more deeply, and changing incentivization structures. This move highlights the necessity of addressing foundational issues rather than relying on superficial fixes.

In contrast, the principles of DevOps, as highlighted in The Phoenix Project , emphasize the importance of high-performing teams working in unison to deliver high-quality software. Security should be an integral part of this process, not an isolated function. A true product-centric DevSecOps approach aligns risk management with the actual product teams, ensuring that every team member is engaged in the security process from start to finish.

The Consequences of Flawed Security Approaches: Lessons from SolarWinds and Beyond

The urgency for this systemic shift becomes even clearer when we consider recent high-profile breaches that have shaken the cybersecurity landscape. The SolarWinds breach , which compromised numerous government agencies and private companies, exposed critical flaws in our approach to software supply chain security. This incident wasn't isolated; similar breaches, including those at companies like Codecov, GitHub, and CircleCI, have underscored the vulnerabilities inherent in CI/CD pipelines and the broader software development lifecycle.

These breaches are symptomatic of deeper issues within the cybersecurity system—issues that can’t be solved by simply shifting left or adding more tools. They demand a comprehensive rethinking of how we approach security from the ground up. The President's Executive Order for Improving the Nation’s Cybersecurity , issued in response to these breaches, emphasizes the need for secure-by-design principles, enhanced software supply chain security, and greater transparency and accountability in cybersecurity practices. These mandates align closely with the need to move beyond traditional AppSec and CSPM approaches and toward a more holistic, program-centric model that truly addresses the root causes of security vulnerabilities.

As Gene Kim demonstrates in The Phoenix Project, true organizational transformation requires a holistic approach that aligns people, processes, and technology. In cybersecurity, this means moving beyond CSPM’s limited scope and adopting a comprehensive, product-centric approach that empowers teams and integrates security into every aspect of product development.

The Need for Product-Centric, People-Focused Security

Breaking free from the limitations of traditional AppSec and CSPM requires organizations to embrace a product-centric, people-focused security strategy . This approach rethinks how security is integrated into the product development process, aligning it with DevOps principles and lessons from The Phoenix Project . Security is no longer the sole responsibility of a separate team; instead, it becomes a shared responsibility across the entire product team, with every member empowered to contribute to the security of the product.

Jon Smart’s concept of "safety teams," as highlighted in his talk " Risk & Control is Dead, Long Live Risk & Control, " reinforces this idea. Safety teams act as enablers, helping product teams become risk-aware and proactively secure their work without slowing down development. This shift in approach—where product teams manage their own security while receiving support and guidance from safety teams—mirrors the cultural transformation that needs to happen in organizations.

A product-centric security model, much like Smart's safety teams , emphasizes the need for security to align with business objectives , fostering collaboration and continuous improvement. It’s not about adding more tools or creating silos—it’s about creating a unified system where security is embedded into every stage of the product lifecycle . This ensures that security isn’t an afterthought but a core element of how software is built .

At Start Left® , we champion this approach with our PIRATE® model , which integrates real-time threat evaluation , risk prioritization , and micro-training to equip product teams with the tools and knowledge to secure their products autonomously. Just as Jon Smart suggests, this approach allows teams to balance speed and control , ensuring they deliver high-quality, secure software without being hindered by outdated, centralized security controls.

CISA’s Secure-By-Design Guidance: A Validation of the Need for Change

Coincidentally, five years after the introduction of CSPM and the broader adoption of the “Shift Left” approach, CISA (Cybersecurity and Infrastructure Security Agency) released its Secure-By-Design guidance , which encapsulates much of what we’re discussing here. CISA’s guidance emphasizes the need for security to be baked into the design process from the start—echoing the same principles of program-centric, people-focused cybersecurity that go beyond simply shifting left. This validation from a leading authority like CISA underscores the critical need to rethink our approach to cybersecurity.

Reimagining Cybersecurity: The Solution

The approach that we advocate goes beyond simply shifting security left. It’s about rethinking the entire system—creating a unified, program-centric approach that aligns security with the organization’s overall objectives and modern product development practices. This approach is not just about deploying tools; it’s about empowering teams, fostering a culture of security, and ensuring that security is embedded into every aspect of the product lifecycle.

Unlike traditional ASPM approaches, which just act as aggregators, and therefore enablers, of the tool Frankenstack, this approach challenges organizations to break free from the cycle of adding more tools to solve problems. Instead, it encourages a complete reimagining of how security should function within the organization—integrating security into the core of product development, rather than treating it as an afterthought.

Conclusion: A Call to Rethink Cybersecurity

The flaws in traditional CSPM and ASPM approaches are not just technical—they are organizational and cultural. By focusing narrowly on vulnerabilities and infrastructure, these platforms perpetuate the same issues they were designed to solve. As Gene Kim’s The Phoenix Project and Jon Smart's ' Risk & Control is Dead, Long Live Risk & Control' presentation illustrates, true transformation requires a holistic approach that aligns people, processes, and technology.

To achieve true cybersecurity transformation, organizations must move beyond the limitations of CSPM and ASPM and adopt a product-centric, people-focused approach. This means rethinking how security is integrated into the product development process, fostering a culture of collaboration and continuous improvement, and aligning security goals with business objectives. Only by addressing these broader issues can organizations build the resilient, secure software products needed to thrive in today’s digital landscape.

The Path Forward: It's Not About Tools; It’s About People

The path forward in cybersecurity isn’t just about adopting new tools or moving security earlier in the development process. It’s about fundamentally rethinking how we approach security, from organizational design to cultural change to empowering our people. If we continue to build systems based on outdated cultural models, as Conway’s Law warns us, we will continue to face the same vulnerabilities. But by embracing a holistic, program-centric approach, we can break the cycle and create secure systems that are built to last.

This is the essence of starting left—the actual solution that focuses on building security into the DNA of your organization. It's not about enabling old habits; it's about creating a future where security is an integral part of every decision, every line of code, and every product we build.

How Start Left® Security Helps CISOs Evolve from IT Blocker & Tackler to Strategic Business Enablers

Mon, 16 Sep 2024 19:57:47 GMT

In the fast-paced world of DevOps and modern software development, the role of the Chief Information Security Officer (CISO) is undergoing a transformation. Traditionally seen as the organization’s “IT blockers and tacklers,” CISOs are now being called upon to take on more strategic leadership roles. Their responsibilities have expanded beyond protecting IT systems to enabling business growth through proactive security measures.

The role of the CISO is no longer limited to protecting IT systems. Today, the CISO must embed security into every aspect of product development and operations. To support this transformation, Start Left® Security provides a comprehensive solution designed to integrate security seamlessly into the modern DevOps workflow and support CISA Secure-by-Design .

Through innovations like software supply chain security, security posture management, and secure code training, Start Left® Security helps CISOs move from being seen as gatekeepers to becoming business drivers. What sets Start Left® apart is not just its robust security capabilities, but its focus on organizational transformation. Start Left®'s patented PIRATE® model—" Product Integrated Risk Analytics & Threat Evaluation" —was inherently designed to drive the ProductOps movement and empower Chief Product Security Officers (CPSOs) to lead cultural and behavioral changes that foster a security-first mindset across development teams.

1. Securing the Software Supply Chain

As organizations increasingly rely on third-party libraries, open-source components, and external partners, securing the software supply chain is more critical than ever. Start Left® provides comprehensive tools to monitor and manage security risks throughout the supply chain, ensuring that vulnerabilities in external code are identified and remediated before they impact operations.

Key Points:

Continuously monitors third-party libraries and external code for vulnerabilities.
Assesses the security posture of vendors and partners involved in product development.
Ensures supply chain security across the entire product lifecycle.

2. Comprehensive Product Security

Security must be embedded within the entire product lifecycle, from design to deployment. Start Left® facilitates this through AI-driven Application Security Posture Management (ASPM) and the integration of CPSOs into product teams. CPSOs lead security efforts, ensuring that secure-by-design principles are followed from the very beginning.

Key Points:

Embeds CPSOs within every product team to drive security efforts.
Automates security posture management for each product and development pipeline.
Aligns security with the specific needs and timelines of every product lifecycle.

3. End-to-End ProductOps Security: Empowering Teams, Securing Software

Start Left® isn’t just about securing products; it’s about fundamentally changing how organizations operate. The platform is inherently designed to facilitate the shift towards ProductOps , where security becomes a collaborative responsibility across every team. By embedding CPSOs into product teams and integrating AI-driven security posture management, Start Left® automates security checks throughout the development process. This allows for scalability, resilience, and secure innovation in every product lifecycle.

Key Points:

Integrates AI-driven ASPM into every product team to automate secure software development.
Facilitates the movement towards ProductOps by embedding security into every stage of product development.
Ensures security is tailored to each product for resilience and scalability.

4. Security Posture Management for Continuous Resilience

Security Posture Management (SPM) plays a pivotal role in ensuring that security is constantly evaluated and improved throughout the software development lifecycle. Start Left® offers real-time monitoring and actionable insights, allowing CISOs to prioritize risks, optimize security strategies, and continuously enhance resilience without slowing down development.

Key Points:

Real-time risk insights help CISOs make informed, proactive security decisions.
Continuously improves security posture as products evolve.
Prioritizes security based on business impact, enabling secure and agile development.

5. Secure Code Training: Upskilling Developers & Improving MTTR

Modern software security requires a collaborative approach, with developers playing a crucial role in ensuring secure code from the start. Start Left® integrates gamified learning paths that provide developers with secure code training directly within their workflows. This empowers teams to upskill and write secure code by design, improving mean time to remediation (MTTR) and reducing the need for reactive security fixes later in the process.

Key Points:

Gamified learning paths provide continuous, engaging secure code training.
Upskills developers to write secure code by default, reducing vulnerabilities early.
Improves MTTR by empowering developers to fix security issues faster and more efficiently.

6. Security Program Scoring and Gamification: Driving Cultural Change

One of the biggest challenges for modern organizations is driving a cultural shift towards proactive security. Start Left® addresses this by embedding gamification into its security program, creating a performance-scoring system that motivates teams to continuously improve their security practices. This system not only tracks the effectiveness of security programs but also fosters a competitive, engaging environment where security becomes a shared priority.

Key Points:

Gamifies security performance scoring, creating a dynamic and competitive environment.
Measures the effectiveness of security programs with clear metrics.
Encourages teams to collaborate and strive for continuous improvement in security practices.

7. Facilitating the Move Toward ProductOps and CPSO Leadership

Start Left® is designed to support the shift toward ProductOps , a model where every product team takes ownership of their security responsibilities. By embedding Chief Product Security Officers (CPSOs) into each product team, Start Left® drives organizational design changes that lead to better security outcomes. CPSOs act as security leaders, ensuring that every product is secure by design, while fostering a security-first culture that aligns with modern DevOps practices.

Key Points:

Supports the evolution towards ProductOps by integrating CPSOs within every product team.
Drives cultural and organizational changes needed to prioritize security at every stage.
Empowers teams with the tools, leadership, and metrics to take ownership of security.

8. Aligning Security with Modern DevOps Practices

In today’s fast-paced development environment, security must integrate seamlessly with modern DevOps practices. Start Left® ensures that security is aligned with CI/CD pipelines, enabling rapid product releases without compromising security. By embedding security checks into development pipelines, Start Left® helps CISOs enable innovation and speed while maintaining the highest security standards.

Key Points:

Aligns security with CI/CD pipelines to ensure fast, secure releases.
Reduces friction between security and DevOps teams by automating security checks.
Enables fast, secure innovation without bottlenecking development processes.

Conclusion: Start Left® Security—Empowering CISOs to Lead the Future of ProductOps

In today’s software-driven world, CISOs can no longer be viewed solely as IT protectors. They must evolve into business enablers who empower teams to innovate while maintaining security at every step. Start Left® Security provides the tools and frameworks necessary for CISOs to take on this expanded role, driving the evolution of security in modern DevOps environments.

Through a combination of software supply chain security, product security, security posture management, secure code training, gamification, and ProductOps alignment, Start Left® ensures that security is embedded into every corner of the organization. This shift not only empowers developers and CPSOs but also fosters a security-first culture that integrates seamlessly with product development. By facilitating the movement toward ProductOps and supporting organizational design changes, Start Left® transforms the way companies think about and implement security, ensuring that CISOs are not just safeguarding the business, but driving its future growth and success.

Scannable Summary:

Software Supply Chain Security: Continuous monitoring of third-party libraries and dependencies.
Product Security: AI-driven security management tailored to each product lifecycle.
ProductOps Integration: Embeds CPSOs in product teams to lead security efforts.
Security Posture Management: Real-time insights to prioritize risks and optimize security.
Secure Code Training: Gamified learning paths upskill developers and improve MTTR.
Gamification & Performance Scoring: Engages teams in a security-first culture.
DevOps Alignment: Seamless integration of security into CI/CD pipelines for fast innovation.

By adopting Start Left®, CISOs are equipped to lead a transformative shift—bridging the gap between security and business strategy in a way that aligns with the demands of modern DevOps and software development.

Why "Shift Left" and Runtime Protection Miss the Mark: Challenging Tool Chaos and Outdated Practices in Product Security

Thu, 12 Sep 2024 21:45:15 GMT

Challenging the Status Quo: "Protection" at Runtime & Cloud Isn't Solving Core Problems

In today’s rapidly evolving software development landscape, there is a growing divide between traditional security approaches and the needs of modern DevSecOps . Many platforms are still stuck on outdated notions like “ shift left ” and runtime protection , which offer reactive security measures but fail to address the root causes of vulnerabilities. To truly embed security in modern development workflows, organizations must focus on proactive, start left methodologies that integrate security early in the CI/CD pipeline and eliminate inefficiencies like alert fatigue and unnecessary tool churn.

Why Runtime Protection and “Shift Left” Miss the Mark

Runtime protection, can be likened to RASP (Runtime Application Self-Protection) or WAF (Web Application Firewall) solutions, is often pitched as a last line of defense against vulnerabilities during runtime. However, this approach doesn’t align with the proactive start left methodology and often creates more problems than it solves. Here’s why:

1. Runtime Container Security: Overhead Without the Benefit

Runtime security solutions monitor and normalize log patterns of a given container, but they typically don’t block malicious activity in real time. Instead, they generate alerts based on anomalous behavior.
These alerts quickly overwhelm security teams, leading to alert fatigue. If blocking is an option, it introduces a high level of risk due to the dynamic nature of containers . New patterns can emerge regularly as containers are refreshed, causing legitimate activity to be flagged and blocked. This leads to unnecessary overhead in triaging and clearing alerts, and ultimately, security teams may ignore these alerts altogether.

2. The High Risk of Blocking in Runtime

If a runtime solution does attempt to block malicious activity, it runs the risk of blocking legitimate traffic or operations, especially as container patterns evolve during redeployment. The ever-refreshing nature of containers means that what might be considered anomalous at one point could simply be part of a legitimate new pattern introduced during a refresh.
Blocking features in this context can result in severe disruptions to operations, forcing teams to turn off or ignore security controls in order to maintain uptime.

3. Alert Fatigue: The Cost of Reactive Security

Relying on runtime security means that security teams spend their time reviewing and clearing a flood of alerts. Over time, this leads to alert fatigue , where important issues are missed, and security tools are either neglected or disabled.

“Shift left” security —moving security earlier in the software development lifecycle—while an improvement over traditional runtime protection, still fails to address the root problem : building secure software from the first line of code . The "shift left" mentality still treats security as a separate step that happens after the software is developed, rather than embedding it as part of the development process itself .

A More Efficient Solution: Embedding Security Early with Start Left Methodologies

Rather than depending on reactive runtime security or flawed "shift left" models, organizations need to adopt an approach that builds security into the development pipeline from the outset . Here’s what that looks like:

1. Proactive Container Security: Automating the Right Controls

In a highly efficient CI/CD pipeline, containers should be continuously redeployed with up-to-date baseline images, even in the absence of code changes. This is akin to giving containers a TTL (Time to Live) —once their TTL expires, they’re cycled out and replaced with fresh instances, making it more difficult for any unauthorized access or vulnerabilities to persist.
This process can be automated , making it far more effective than runtime monitoring or reactive security. By continuously cycling out containers, you eliminate potential vulnerabilities or compromised production environments without relying on runtime logs or alerts. This approach also dramatically reduces alert fatigue and the manual overhead associated with clearing alerts.

2. CD Approach to Eliminate Vulnerabilities

A continuous deployment (CD) approach focuses on eliminating vulnerabilities and compromised containers as part of the regular development and redeployment cycle, rather than waiting for a runtime security solution to catch them after they’re live.
This approach, aligned with start left practices , integrates security directly into the CI/CD pipeline —proactively catching vulnerabilities during the creation of containers, rather than reacting to them after deployment.

3. A Holistic DevOps Culture

Beyond just tooling, the start left approach encourages a cultural shift toward DevOps practices that prioritize building high-quality, secure products from the ground up. Security isn’t something tacked on or monitored after the fact—it’s a core part of how the product is built, deployed, and maintained.
A complementary DDoS/WAF service can be employed to mitigate external threats like DDoS attacks without relying on bloated runtime tools that don’t address the underlying security concerns. This combination ensures that the environment is secure from external scans while internal security is managed through best practices built into the development pipeline.

Stop Enabling Bad Practices: Consolidate and Focus

The current focus on “ shift left ” and runtime protection isn’t just ineffective—it’s enabling bad practices . The industry continues to promote a patchwork of tools , creating unnecessary complexity and leading to alert fatigue . Many organizations find themselves relying on a patchwork of tools to cover the gaps left by reactive security measures, leading to higher costs , tool churn , and a fragmented security approach.

Instead of adding more tools and complexity, organizations need to consolidate and focus on tools that are built for modern software development and aligned with start left principles .

These platforms should:

Embed security directly into the CI/CD pipeline , ensuring vulnerabilities are caught and mitigated before they reach production.
Leverage open-source and modern third-party tools that are flexible, scalable, and designed for proactive security rather than reactive fixes.
Automate container security by regularly redeploying updated containers and cycling out older ones, minimizing the risk of unauthorized access and alert fatigue.

The Future of Security is Proactive, Not Reactive

If your current security model is relying on shift left or runtime protection , it’s time to rethink your approach. The future of security lies in proactive measures , where security is built into the development process and automated throughout the CI/CD pipeline.

By embracing start left methodologies , organizations can stop reacting to security issues after they’ve already become problems and start building security into their software from day one. This reduces costs, eliminates inefficiencies, and empowers teams to deliver secure, resilient software faster and with greater confidence.

Conclusion: Don’t Enable Old Ways—Adopt Start Left for True DevSecOps

Traditional security platforms that enable tool chaos , runtime protection, and shift left practices are holding organizations back. To move forward, companies need to adopt solutions that prioritize integrity, scalability, and proactive security . The future of security lies in start left , where teams build security into the fabric of their workflows and eliminate vulnerabilities before they ever reach production.

By consolidating tools, focusing on modern methodologies, and automating critical security controls, you can finally move away from inefficient, reactive practices and create a secure foundation that supports innovation and speed.

Securing Software Products with People in Mind: Interview with Second Front Systems

Tue, 10 Sep 2024 15:54:08 GMT

How Personal Experience and Entrepreneurial Drive Shaped Start Left® Security – A Conversation with CEO, Jeremy Vaughan.

In the latest episode of All Quiet on the Second Front , guest host Enrique Oti dives into a thought-provoking conversation with Jeremy Vaughan , CEO of Start Left® Security , exploring the crucial role of cybersecurity in modern tech development. Episode 70 offers a glimpse into the entrepreneurial journey that shaped Jeremy's vision for Start Left, a platform that embeds security by design into software development. The episode not only explores the origins of Start Left® but also highlights the broader challenges and strategies for startups aiming to integrate advanced security measures early in the development process.

Personal Experiences Driving Innovation

Jeremy’s story is one of personal and professional evolution. Early in the podcast, he shares how a deeply personal experience—when his daughter’s medical device failed due to a software vulnerability—drove him to rethink how security should be approached. This life-altering event inspired his mission to create a platform that embeds proactive security measures from the start, ensuring that critical software is resilient and secure by design . It’s this foundation of personal motivation that pushes Jeremy and Start Left® to focus on security-first innovation , ensuring that no product compromises on safety or reliability.

The Start Left Approach: Secure By Design

Throughout the discussion, Jeremy and Enrique explore the fundamental principles behind Start Left® Security’s platform, including the patented PIRATE® model (Product Integrated Risk Analytics & Threat Evaluation) that provides real-time, contextual threat evaluation . The gamified learning paths and developer empowerment features of the platform are game-changers for growing software teams, ensuring that developers learn and implement security best practices as part of their daily workflow.

Jeremy emphasizes how Start Left® was designed to solve problems that legacy security platforms often ignore— tool chaos , alert fatigue , and the inefficiency of post-development fixes . Instead, Start Left® is a platform for the modern SaaS company, providing an AI-driven Application Security Posture Management (ASPM) solution that integrates seamlessly into development pipelines.

Entrepreneurs and the Security Landscape

One of the key themes explored in the episode is the intersection of entrepreneurship and cybersecurity . Jeremy and Enrique discuss how entrepreneurs, particularly in fast-growing tech startups, are faced with the challenge of balancing innovation with security. Jeremy highlights that many startups often focus on speed-to-market , neglecting the security foundations necessary for long-term success. He argues that, now more than ever, early and integrated security measures are essential to not only protect products but also drive the sustainability and scalability of the business.

Creating a Security-First Culture Through Product Operations

Jeremy Vaughan underscores the need for companies to evolve into Product Operations (ProductOps) to build a true security-first culture . Drawing from Gene Kim’s The Phoenix Project , Jeremy explains that DevOps isn't just about speeding up deployments; it’s about creating * high-performing teams that own their work end-to-end, including managing vulnerabilities and ensuring that security is embedded from the first line of code. By adopting ProductOps, teams take responsibility for product quality and security , allowing organizations to fully leverage DevOps and make security a natural part of delivering high-quality software.

This shift to ProductOps-driven security is central to Start Left®'s mission . Our platform empowers teams to handle security directly through **real-time threat evaluation** and **gamified learning paths** that continuously improve developers' security skills. By aligning security ownership with product development, companies move beyond **reactive security measures**, breaking free from fragmented tools and post-development fixes.

Jeremy also provides practical guidance for startups on how to cultivate a security-first mindset across their teams. He emphasizes that when integrated properly, security is not a bottleneck but a competitive advantage . Start Left® equips teams with the tools to embed security into their workflows, using gamification, learning paths, and continuous threat evaluation to ensure that security scales alongside the business.

The Evolving Cybersecurity Landscape

The conversation also delves into how entrepreneurs and tech companies can influence the evolving cybersecurity landscape. Jeremy shares his vision for proactive security —moving away from outdated approaches like "shift left" and towards “start left” methodologies , where security is built into the first line of code. He also discusses the industry’s growing recognition that SOC 2 compliance is no longer enough . To truly protect modern enterprises, security must evolve alongside development practices .

The Federal Space’s Struggle with Innovation

Another critical topic Jeremy covers in the podcast is the challenge startups face when trying to break into the federal space. Despite the government’s growing demand for innovative solutions that startups offer, regulatory requirements like FedRAMP, CMMC, and other compliance standards make it extremely difficult for new entrants. These regulations are time-consuming and expensive, forcing federal agencies to default to traditional vendors with outdated tools that don’t align with modern DevOps or security-first approaches.

Jeremy points out the danger in this: as critical Federal services try to embrace new ways of working, they’re often stuck with legacy tools that don’t fit the fast-paced and proactive security models required today. Startups like Start Left® are in a unique position to offer scalable, modern solutions that are aligned with DevSecOps practices, but the barriers to entry remain high due to compliance challenges. Jeremy argues that the federal sector is at risk when it tries to deploy modern practices with outdated tools, and a shift in how compliance is handled is critical to enabling more innovation from startups in this space.

Listen Now

Tune in to Episode 70 of All Quiet on the Second Front to hear more from Jeremy Vaughan on how personal experiences and entrepreneurial drive shaped Start Left®, the future of proactive cybersecurity , and why building a security-first culture is essential for every modern tech startup.

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Key Takeaways:

Jeremy Vaughan’s entrepreneurial path is rooted in personal experience, driving his commitment to secure-by-design solutions .
Jeremy discusses how evolving to ProductOps and leveraging DevOps properly can empower teams to take ownership of security and vulnerabilities, ensuring high-quality, secure software.
Start Left® Security's platform integrates real-time threat evaluation and gamified learning to empower developers and ensure resilient software.
Start Left® Security offers a modern, scalable platform that addresses these challenges by providing real-time threat evaluation and empowering DevSecOps-driven security practices.
Startups must balance innovation with proactive security to scale securely and meet the demands of the evolving cybersecurity landscape.
The federal space struggles with accessing innovative solutions due to the barriers posed by regulatory requirements like FedRAMP and CMMC, often forcing them to stick with legacy vendors and outdated tools.

Make sure to listen to the full episode for insights on how entrepreneurs can shape the future of tech security while ensuring sustainable growth!

Starting Left in Critical Infrastructure & Manufacturing: Securing Operational Technology (OT) & Information Technology (IT)

Mon, 09 Sep 2024 18:41:56 GMT

Bridging IT & OT for Comprehensive Security

Ron Gula, founder and former CEO of Tenable, and Managing Partner of Gula Tech Adventures, released a video with an animated segment and then a discussion about "Securing Operational Technology" referencing CISA's Secure By Design and portfolio company, including Start Left® Security. Here is an longer explanation of how Start Left® aligns with CISA secure-by-design to secure OT & IT .

Overview:

In the critical infrastructure and manufacturing sectors, the convergence of Information Technology (IT) and Operational Technology (OT) environments introduces unique security challenges. Start Left® offers a comprehensive solution designed to secure both IT and OT environments, ensuring a cohesive and robust security strategy across the entire manufacturing and industrial landscape.

Value Proposition:

Start Left® empowers manufacturing and infrastructure companies by embedding AI-driven security leadership (CPSO) into both IT and OT teams, fostering a culture of security-first operations. Our platform enables organizations to achieve secure-by-design processes that protect critical assets, mitigate risks, and comply with industry regulations, ensuring the resilience of their operations.

Understanding Where This Fits:

Start Left®’s Role in Enhancing Cybersecurity Postures:

Secure By Design with Application Security Posture Management (ASPM) Platform:
Value Prop: Start Left® ensures end-to-end product security across the application lifecycle, safeguarding software systems critical to both IT and OT environments. By integrating ASPM, we help manufacturers detect and remediate vulnerabilities in applications that control key infrastructure and processes.
Use Case: Secure applications that manage industrial control systems (ICS) and SCADA networks to prevent disruptions caused by cyber threats.

“Shift Everywhere” with Cloud Security Posture Management (CSPM) Integration:
Value Prop: Start Left® offers continuous risk assessment and monitoring of cloud environments, ensuring the security of cloud infrastructure used in critical infrastructure operations. By embedding security leadership into cloud operations, we help prioritize risks and enforce security measures that align with industrial control processes.
Use Case: Protect cloud-based platforms used for real-time data analytics in manufacturing, ensuring the confidentiality and integrity of sensitive operational data.

Vendor Risk Management (VRM) Combining ASPM & CSPM Product Security Scoring:
Value Prop : Start Left® integrates ASPM and CSPM into a unified Vendor Risk Management solution , enabling organizations to assess the security posture of third-party software, vendors, and outsourced developers. This ensures that all external partners meet stringent security standards, mitigating risks across the supply chain.
Use Case : Evaluate the security practices of industrial equipment vendors and cloud infrastructure providers to ensure compliance with internal security policies, thereby preventing third-party vulnerabilities from impacting operational continuity.

Conclusion:

Start Left® provides a holistic, program-centric approach to securing both IT and OT environments in critical infrastructure and manufacturing. By aligning with key cybersecurity postures, Start Left® ensures that organizations can protect their essential assets, maintain operational continuity, and drive a security-first culture across their entire operation.

Risk Centric Threat Modeling: Unlocking DevSecOps with PIRATE® ("Product Integrated Risk Analytics & Threat Evaluation")

Wed, 04 Sep 2024 16:43:48 GMT

Start Left®'s PIRATE® of the Software Supply Chain

In the evolving landscape of modern application security, Start Left® Security redefines how we think about securing products and empowering teams. Drawing inspiration from Gene Kim's The Phoenix Project , we recognize the need for high-performing DevOps teams that not only develop innovative software but integrate security into every stage of the product lifecycle. This requires a holistic approach, transcending traditional siloed methods and delivering solutions like our patented (11,288,167) PIRATE® model—" Product Integrated Risk Analytics & Threat Evaluation " —which provides a comprehensive framework for real-time threat evaluation, developer empowerment, and cultural transformation.

Traditional ASPM & CSPM: Where They Fall Short

The cybersecurity industry has historically applied traditional security approaches to modern application development. This results in vulnerability-centric platforms that don’t address the core challenges of product-focused DevOps. Application Security Posture Management (ASPM) and Cloud Security Posture Management (CSPM) tools are often limited to identifying vulnerabilities and reporting on them. While helpful, they don’t consider the entire product ecosystem or the cultural and organizational design shifts necessary to deliver secure software at scale.

Our PIRATE® Risk Model goes far beyond basic vulnerability management. It brings the key elements of DevSecOps, team empowerment, and cultural transformation together with technical excellence. This model delivers hyper-contextual threat detection by incorporating CI/CD pipeline behavioral analytics and big data to identify unknown risks across the entire application portfolio.

The Power of PIRATE®: Empowering Teams & Driving Secure Development

Why Traditional Threat Modeling Falls Short

In traditional security models, threat modeling is a manual, time-intensive exercise focused on identifying potential threats in a single product—often done in isolation. This approach has two significant shortcomings:

It’s static : Traditional threat modeling is a one-time activity that doesn’t adapt to evolving risks.
It’s disconnected : These models don’t tie security insights directly to business value or provide continuous monitoring.

PIRATE® Risk Modeling: A Continuous, Real-Time Approach

PIRATE® integrates security data into a continuous feedback loop, connecting historical and real-time security incidents across your entire CI/CD pipeline. By combining reverse engineering, APIs, and process data mining, PIRATE® provides a risk baseline that is continuously monitored and adapted, giving developers and security teams real-time insights into potential vulnerabilities.

This is the evolution of threat modeling—dynamic, product-focused, and context-aware.

Building the Cybersecurity Mesh with Start Left®: Empowering Teams at Every Level

In addition to threat evaluation, PIRATE® supports scalable, decentralized cybersecurity architectures like the Cybersecurity Mesh Architecture (CSMA). This ensures that every product team can actively monitor and secure their specific application environment while maintaining alignment with overarching security objectives.

By building this security architecture, Start Left® allows organizations to:

Empower development teams with contextual data on threats that affect their specific applications.
Equip leadership with a clear understanding of risk exposure and remediation effectiveness across all product lines.
Facilitate collaboration between product, security, and operations teams, ensuring a unified focus on reducing risk.

Contextual, Continuous Threat Evaluation at Scale

In contrast to traditional threat models, PIRATE® continuously tracks application composition, provenance, and metadata integrity across an organization's entire product portfolio. By doing so, it enables teams to:

Identify vulnerabilities in real-time, whether they stem from new threats or existing weaknesses.
Mitigate threats early, providing risk-based insights that guide remediation efforts.
Scale to meet the needs of global teams by decentralizing cybersecurity management.

Start Left® Security: Closing the DevOps-Security Gap

Start Left's PIRATE® model is all about aligning teams with the overarching goal of delivering secure, high-quality software at speed. Traditional ASPM and CSPM tools often fall short in this area because they don’t prioritize the human element or take a program-centric approach to security.

Where other platforms focus solely on detecting vulnerabilities, Start Left® Security integrates developer training, automated remediations, and gamified learning paths into the development process itself. This fosters a culture of continuous improvement and keeps developers engaged in maintaining security.

A Holistic Approach: Org Design, Culture Change, and People Empowerment

At its core, PIRATE® focuses on more than just technology—it's about fostering a security-first culture across your organization. By embedding security leadership in every product team, and providing tools like just-in-time training, real-time threat detection, and automated remediations, Start Left® empowers developers and security teams alike.

In Summary: PIRATE® is DevSecOps in Action

The PIRATE® model is the backbone of Start Left Security's comprehensive DevSecOps solution, transforming security from a fragmented, vulnerability-focused task to a fully integrated, program-centric approach. By combining threat modeling, real-time analytics, and continuous risk evaluation, PIRATE® ensures that security isn’t just bolted on at the end—it’s woven into the very fabric of product development.

Organizations that adopt Start Left® Security can expect not just to mitigate security threats but to fundamentally transform their development process, fostering collaboration, security, and speed in one unified approach. With PIRATE®, we help you turn DevSecOps into a sustainable cultural shift rather than just another tool in the pipeline.

Read More Content About the PIRATE® Model

Challenging Gartner's View: The Unseen Elements of Application Security Posture Management That Start Left® Security Has Already Solved

Mon, 02 Sep 2024 19:09:06 GMT

Start Left® Security's response to Gartner's Hype Cycle for Application Security, 2024...

Challenging Gartner's View: The Unseen Elements of Application Security That Start Left® Security Has Already Solved

Gartner's Hype Cycle for Application Security, 2024 , offers valuable insights into the evolving landscape of cybersecurity, highlighting trends and technologies that are reshaping how organizations approach security in the software development lifecycle. However, as comprehensive as Gartner’s analysis is, there are critical areas that they overlook—areas that Start Left® Security has already thought through and implemented as part of our solution.

1. Beyond Tools: The Importance of Culture and Program Design

Gartner’s focus on tools and technologies is vital, but it often neglects the cultural and organizational design aspects of security. At Start Left®, we recognize that the success of any security initiative hinges not just on the tools but on the culture and the program that supports them. We’ve embedded best practices and product team-focused design that help organizations overcome the principles of Conway’s Law into our platform, ensuring that the systems we create are reflective of a strong, security-first culture. By fostering a security mindset across all teams, from developers to executives, we drive true DevSecOps, turning security from a checkbox into a core organizational value.

2. The Flawed Legacy of CSPM and ASPM Solutions

Gartner’s analysis suggests that CSPM (Cloud Security Posture Management) and ASPM (Application Security Posture Management) are critical for modern security strategies. However, what Gartner doesn’t fully address is the inherent limitations of these approaches. Traditional CSPM and ASPM platforms are often vulnerability-centric, focusing narrowly on identifying and mitigating risks without addressing the root causes—organizational silos and misaligned priorities. Start Left® goes beyond these limitations by offering a program-centric, people-focused platform that integrates security into every aspect of the development lifecycle. We don’t just manage vulnerabilities; we empower teams to prevent them from the start.

3. True Integration vs. The Illusion of Integration

While Gartner discusses the importance of integration across the security stack, it overlooks the fact that many so-called “integrated” platforms still operate in silos. Solutions like CSPMs may aggregate data across the production lifecycle but fail to provide the contextual insights that connect security efforts to business outcomes. Start Left® Security’s platform offers true integration, where every aspect of the security program—from people tracking and code scanning to risk management—is tied back to the product and its impact on the business. This approach ensures that security efforts are not just coordinated but are aligned with the organization’s strategic goals.

4. Developer-Centric Security Without the Noise

Gartner rightly emphasizes the need for developer-centric security solutions but falls short in addressing the noise that often accompanies these tools. The typical IDE (Integrated Development Environment) integrations flood developers with unvetted security alerts, leading to frustration and inefficiency. Start Left®’s approach reduces this noise by incorporating validation and triage steps before security information reaches the developer’s environment. This ensures that only actionable, relevant insights are delivered, allowing developers to maintain velocity without sacrificing security.

5. The Power of Gamification and Continuous Improvement

One area where Gartner could expand its analysis is the role of gamification in driving security success. At Start Left®, we’ve harnessed the power of gamification to create a security experience that is not only effective but also engaging. By rewarding developers for secure coding practices and providing continuous feedback, we foster a culture of continuous improvement. This approach not only enhances security but also boosts morale and retention, turning security into a shared responsibility rather than a burdensome task.

Conclusion: Start Left® Is Ahead of the Curve

While Gartner provides a valuable overview of the current state of application security, there are key elements that are overlooked—elements that are crucial for a holistic, future-proof security strategy. Start Left® Security has anticipated these gaps and built a platform that not only addresses today’s challenges but also prepares organizations for the future. Our focus on culture, true integration, noise reduction, and gamification ensures that security is not just a function of the tools you use, but a core part of how your organization operates.

As the industry continues to evolve, Start Left® is not just keeping pace—we’re leading the way. It’s time to move beyond the limitations of traditional approaches and embrace a solution that’s built for where the industry is going, not where it’s been.

Content Reference: As we explore the gaps in Gartner's perspective on application security, it's important to understand the proactive strategies that Start Left® Security has implemented to fill these voids. For more context on how our platform is leading the way in modern DevSecOps, you can revisit our foundational approach detailed in Gartner Hype Cycle & Start Left® Security: Where Modern Application Security Meets Proactive DevSecOps .

Gain Control Of Your Risks In Outsourcing Software Development

Fri, 30 Aug 2024 18:45:55 GMT

Download data sheet →

In today's dynamic business landscape, outsourcing software development has become commonplace, offering numerous benefits such as cost savings and access to specialized expertise. However, it also introduces a myriad of security risks that can jeopardize the integrity and confidentiality of sensitive data, expose organizations to cyber threats, and result in significant financial losses. To mitigate these risks and ensure the security and quality of outsourced software, organizations need a robust and comprehensive product security solution. Enter Start Left®'s cutting-edge platform, specifically designed to address the unique challenges of product security in software/SaaS businesses operating in DevOps environments and building for the cloud. Let's delve into how Start Left®'s platform tackles the key security risks associated with outsourcing software development, providing organizations with the confidence and assurance they need to succeed in today's digital landscape.

1. No Activity Detected in Product In Development: Start Left®'s platform includes advanced monitoring capabilities to detect instances where no source control or work item activity has been detected in the last sprint cycles for a product. This lack of activity may indicate various risks such as stalled progress, shifted priorities, or constrained resources, ultimately impacting deadlines and revenue/savings potential.

2. Lack of Security Expertise: Start Left®'s platform provides access to a team of security experts and resources, offering guidance and support to outsourced teams in implementing robust security measures throughout the software development lifecycle.

3. Data Breaches and Leakage: With Start Left®'s Application Security Posture Management (ASPM) platform, organizations can enforce strict data protection policies, monitor data access and usage, and implement encryption mechanisms to safeguard sensitive information shared with third-party developers.

4. Unauthorized Access to Code Repositories and Code/IP Protection: Start Left®'s ASPM platform enables granular access controls and permissions management, ensuring that only authorized personnel have access to code repositories. Additionally, it provides robust features for managing code and intellectual property (IP), mitigating risks associated with unauthorized access and disputes over code ownership.

5. Dependency on Third-Party Tools and Supply Chain Attacks: Start Left®'s platform includes robust security assessments and continuous monitoring of third-party tools and libraries used in software development, identifying and addressing vulnerabilities to mitigate security risks, including supply chain attacks.

6. Inadequate Access Controls and Exposure of Credentials and Secrets: Start Left®'s ASPM platform provides centralized access controls and permissions management, allowing organizations to enforce least privilege principles and mitigate the risk of unauthorized access and exposure of credentials and secrets.

7. Insufficient Security Testing and Accumulation of Security Debt: Start Left®'s ASPM platform incorporates robust security testing features, including static and dynamic analysis, penetration testing, and vulnerability scanning, to prevent the accumulation of security debt and costly rework once vulnerabilities are deployed into production environments or to the cloud.

8. Prolonged Vulnerability Exposure: With automated vulnerability management and remediation features, Start Left®'s platform helps organizations identify and address vulnerabilities promptly, reducing the exposure to potential threats in outsourced software.

9. Economic Impact of Poor Software Quality and Technical Debt: Start Left®'s platform addresses the economic impact of poor software quality and technical debt by integrating security and quality measures into the software development process, minimizing the need for rework, rearchitecting, and reengineering, and ensuring a higher return on investment.

In summary, Start Left®'s groundbreaking platform for product security offers a holistic solution to mitigate the inherent risks of outsourcing software development. By providing advanced monitoring, robust access control threat detection, comprehensive security testing, and automated vulnerability management, Start Left® empowers organizations to safeguard their assets, protect sensitive data, and uphold the integrity of their software products. From detecting inactivity in development cycles to addressing technical debt and preventing costly security breaches, Start Left®'s platform equips organizations with the tools and capabilities they need to thrive in today's competitive landscape. With Start Left®, organizations can confidently navigate the complexities of outsourcing software development while maintaining the highest standards of security, integrity, and quality.

Why Top-Down Oversight and Bottom-Up Autonomy Are Critical for Product Security Programs

Fri, 30 Aug 2024 16:18:06 GMT

In today’s fast-paced DevOps-style software delivery, organizations face increasing pressure to develop secure software without sacrificing speed or innovation. A successful product security program requires more than just tools and scanners; it needs a comprehensive approach that bridges the gap between top-down oversight and bottom-up autonomy . This balance is crucial for organizations aiming to build secure, resilient software while fostering a productive, empowered workforce.

Bridging the Top-Down and Bottom-Up Divide

At the core of any effective product security program is the ability to combine leadership’s strategic goals with developers' day-to-day operations.

Top-Down Oversight provides the structure, ensuring that all teams align with the company’s broader security policies and standards. Leadership can set priorities, monitor risks, and maintain compliance across the organization.
Bottom-Up Autonomy is about enabling developers to work efficiently while embedding security into their development workflow. Security should be integrated into the developer's IDE experience , empowering them to handle risks as they arise without slowing down the development process.

Our hybrid approach at Start Left® Security ensures that while developers can maintain their velocity and innovate freely, leadership has the necessary oversight to guide the program in the right direction. By embedding security hooks directly into the SDLC (Software Development Life Cycle) and CI/CD (Continuous Integration/Continuous Deployment) pipelines, developers can manage risks without straying from the organization’s security goals.

Enhancing Visibility and Reducing Noise

One of the most significant challenges in modern security programs is visibility. Often, security processes are invisible to leadership and overly disruptive to developers. Many security tools push unfiltered alerts straight to the developer’s environment, resulting in noise and frustration.

Why IDE-Only Falls Short: When security is integrated only at the IDE level without adequate oversight, critical processes are overlooked. Developers become overwhelmed with alerts, many of which may not even be actionable or relevant. This creates a breakdown in security effectiveness, as important vulnerabilities may get lost in the noise.
The Start Left® Solution: We reduce noise by incorporating validation and triage before alerts reach the developer’s IDE. This ensures that only relevant, actionable insights make it to the team, keeping their workflow smooth and focused. By prioritizing the most critical vulnerabilities, teams can manage risks without becoming bogged down in endless alerts and false positives.

Empowering Developers and Leadership Alike

For a product security program to succeed, both leadership and developers need to be empowered.

Top-Down Insights: Leadership needs visibility into program performance. They require actionable insights that help them understand where risks are emerging, how teams are performing, and what actions need to be taken—without being overwhelmed with technical details.
Bottom-Up Empowerment: Developers need security information that is easy to act on. Instead of lengthy reports or endless alerts, they require targeted, contextual information that allows them to address vulnerabilities efficiently while keeping their workflow intact.

By balancing oversight with autonomy, Start Left® Security allows leadership to drive strategy without micromanaging, while developers can focus on creating secure products without being bogged down by unnecessary tasks.

The Importance of a Unified Approach

The future of product security lies in unifying top-down and bottom-up models. Organizations that try to focus on only one approach—whether it's leadership control or developer freedom—often fall short in their security goals. DevSecOps culture is not just a goal; it’s an outcome that must be fostered through both oversight and empowerment.

With our approach, Start Left® turns that vision into a reality. We provide leadership with the tools to monitor program success, while empowering developers with security tools embedded directly into their workflow. This hybrid approach results in a more integrated, effective security posture that benefits the entire organization.

Conclusion: The Key to Success in Product Security

Building a successful product security program means going beyond traditional tools and methodologies. Top-down oversight ensures that leadership can guide the program strategically, while bottom-up autonomy gives developers the freedom and responsibility to embed security into their everyday work.

By unifying these models, Start Left® Security helps organizations meet the challenges of modern software development while ensuring that security is built into every product—without slowing down innovation. The result is a secure, resilient software product, backed by a program that aligns both leadership objectives and developer efficiency.

Platforms, Not Tools, Are The Future Of Product Security

Thu, 29 Aug 2024 15:23:23 GMT

Original post on Forbes →

Imagine you’re responsible for security for a large office building. Would it be better to buy a few individual cameras, a handful of locks and an alarm sensor or two—or install an integrated security system that combines surveillance devices, analytics, automated access control and centralized dashboards? This is a platform with several solutions in one place. Everything else being equal, option two is better. The same principle applies to cybersecurity.

Just like a physical building needs a unified security system, secure software development needs integrated platforms that centralize and coordinate everything. Individual tools work fine for the specific problems they were designed to handle, but piling one on top of another indefinitely isn’t a long-term solution.

The Limits Of Tool-Centric Approaches

The problem is this is what the cybersecurity industry has been trained to do: buy tool after tool and apply them like Band-Aids. We’re trying to apply that to modern software development, and it's just not working. It leads to what I call a “Frankenstack” of too many tools, process changes, creating chaos, complexity and noise. Developers, who thrive on simplicity, find themselves bogged down in a chaotic environment that stifles innovation and productivity. This approach, focused narrowly on managing vulnerabilities, fails to account for the broader need for a unified, program-centric strategy that aligns with organizational goals, changed behaviors and appreciation of our people’s work.

Jerich Beason puts it well in his LinkedIn post about platforms vs. point products:

Shifting To Program-Centric Platforms

If platforms are going to work, they need to address three critical issues. They should empower people, enable cultural transformation, and facilitate an organizational redesign that matches modern software development. Tools alone can’t do that. We need to ask: How do we design a program that is backed by a platform, one that facilitates the needs of everybody in a systematic way? Program-centric platforms offer a structured approach that meets the needs of everyone from developers to executives, systematically embedding security into the development lifecycle rather than treating it as an afterthought.

Reducing Risk: From Reactive To Proactive Security

Advanced security platforms don’t just aggregate tools. They also provide value through prioritization, training, automation and analytics that detect higher-level threats. The typical reliance on piecemeal tool deployments to keep dev teams moving fast doesn't actually upskill developers to prevent issues over the long term.

By eliminating the burden of manual analysis we get with tools, platforms free up developers to spend time learning and improving, instead of just applying quick fixes. It’s not just “doing more with less”; it’s about empowering our security teams with data-driven insights and targeted actions. This approach fosters a workplace where every team member feels valued, engaged and motivated to build a security-first culture that keeps everyone innovating at speed.

Increasing Transparency: Shedding Light On Hidden Threats To Program Success

It’s easy to assume that once a security tool is put into place, it’s operating effectively. But since managers aren’t the ones logging in to verify what’s happening, this makes it difficult to know whether developers are actually fixing security issues.

Platforms can help increase transparency by letting management see what risks and issues are occurring across the organization's software projects, rather than just trusting that security tools are working effectively. This makes it easier to hold teams accountable—creating trust through increased visibility.

Having dedicated security leadership embedded in product teams also helps increase transparency. Microsoft is a good example of this. By adopting a “ secure by design ” and product-focused DevOps approach, including embedding security leadership (deputy CISOs) into product teams, they have created incentives to put security first in product decisions. This kind of organizational and cultural shift—baking security into the entire product life cycle—is critical if we want to ensure that platforms are effective.

Investing In Culture: What We Mean By People-Centric

Being people-centric is more than just providing tools. It involves cultivating a culture that fuels innovation and drives success. To effectively implement this, an organization should adopt a platform approach that integrates seamlessly into the development lifecycle. This platform would unify security and development efforts through the adoption of product-focused DevOps integration, providing a structured, program-centric solution that goes beyond vulnerability management. It would focus on the overall success of the program by embedding security practices into daily workflows, from the first line of code to product delivery.

The platform approach also includes gamification elements to make security training and upskilling an engaging and rewarding experience. Employees can earn points, badges, and accolades, fostering a culture of continuous learning and helping retain top talent. By leveraging real-time data analytics and automated insights, the platform would ensure that each team member is not only aware of their responsibilities but is also actively participating in improving the security posture of the organization.

This holistic approach aligns every team member with the mission, ensuring that communication is clear, roles are well-defined, and everyone is focused on innovation, speed, and excellence. By investing in both culture and the right platform, organizations can create a resilient, security-first environment where program success is not just a goal, but a sustained outcome.

Encouraging The Change

The ongoing shift to platforms is critical. One way to help it along is to take a “crawl, walk, run” approach: first understanding the existing security stack and then implementing solutions in a phased, manageable way. Taking things one step at a time is easier than leaping in all at once.

C-level leaders need to focus on systematic, program-level changes instead of just buying more tools. Your job isn’t to create more complexity and costs by just throwing tools at problems. It’s to look at the overall problems across the organization, see how the system needs to change and then take a well-thought-out approach to applying the platform to do that.

In conclusion, a platform of the future goes beyond just managing tools. It must enable the program in building a security culture that’s aligned with modern software delivery, where people are empowered, and organizational design is optimized for success.

Challenging Gartner's View: The Unseen Elements of Software Supply Chain Security That Start Left® Security Has Already Solved

Fri, 09 Aug 2024 20:27:44 GMT

Start Left® Security's response to Gartner's Leader’s Guide to Software Supply Chain Security, 2024...

While Gartner’s “ Leader’s Guide to Software Supply Chain Security ” presents a strong, structured framework for protecting software supply chains, there are several critical elements that remain under-addressed in this view. Specifically, areas like real-time risk evaluation, developer accountability, and actionable remediation often go overlooked or are considered afterthoughts. At Start Left® Security , we’ve not only recognized these gaps but have developed solutions that go beyond traditional frameworks—bridging the divide between theoretical security models and practical, scalable implementation.

1. Dynamic Risk Evaluation vs. Static Security Models

Gartner's report recommends the implementation of a three-pillar framework (curation, creation, and consumption) for securing the software supply chain. While this structure offers significant value, it often relies on static assessments, which can quickly become outdated in fast-paced development environments.

How Start Left® Solves It:

Real-Time Risk Evaluation : Start Left ® 's patented PIRATE® model (Product Integrated Risk Analytics & Threat Evaluation) provides Contextual , Continuous Threat Evaluation at Scale . Unlike traditional models that assess risk at fixed points in time, PIRATE® dynamically monitors risks throughout the software lifecycle, ensuring that your security posture remains robust in real-time, regardless of the speed at which development occurs.

By maintaining continuous visibility into all code changes, dependencies, and external threats, Start Left ensures that vulnerabilities are identified and mitigated as soon as they emerge, providing a level of proactive security that static models simply can’t match.

Learn how Start Left’s PIRATE® model aligns with Gartner’s three-pillar framework

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2. Addressing Insider Threats at Scale

Gartner’s report lacks a robust solution for detecting and mitigating insider threats, which pose a serious risk to software supply chains. Insider threats are often overlooked in traditional security frameworks, yet they represent a significant vulnerability in the creation and consumption of software.

How Start Left® Solves It:

PIRATE®-Driven Insider Threat Analytics : Start Left® identifies insider threats by analyzing code repositories and tracking contributors. Our PIRATE® model uses machine learning to recognize known developers and contributors on each product team, flagging any unrecognized individuals or suspicious activity that could indicate insider threats.
Real-Time Alerts : If the PIRATE® model detects an unknown actor making unauthorized code contributions, Start Left® immediately triggers an alert, enabling teams to take action before any damage occurs.

This real-time detection capability significantly enhances the security of the software supply chain by adding a layer of internal threat management that many traditional frameworks fail to address.

3. Developer Accountability, Engagement & Micro-Learning

Gartner’s view overlooks the importance of continually upskilling developers on security practices and accountability. Simply monitoring contributions is not enough—developers must have access to continuous learning resources to stay informed on the latest threats and best practices.

How Start Left® Solves It:

Micro-Learning Videos & Content: Start Left® provides developers with on-demand micro-learning content that delivers actionable insights on secure coding and threat mitigation. This continuous learning approach ensures developers are always improving their skills and addressing security issues faster and more effectively.
Developer tracking and accountability : Start Left® Security offers full transparency into code contributions, linking specific vulnerabilities or code weaknesses to the developers responsible. This fosters a culture of accountability and encourages developers to embrace secure coding practices. Combined with micro-learning, this promotes a proactive security culture and empowers teams to take swift action against emerging vulnerabilities.

This hands-on approach transforms security from a reactive, compliance-driven function into an integral part of the developer's workflow, ultimately creating a more secure, resilient product from the inside out.

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4. Actionable Remediation vs. Traditional Reporting

While Gartner emphasizes the need for vulnerability detection in the curation and creation pillars, it doesn’t address the importance of streamlining remediation—a critical aspect of mitigating software risks in real-time. Traditional vulnerability reporting often falls short of offering actionable next steps, leaving security teams to spend hours manually resolving issues.

How Start Left Solves It:

AI-Driven Remediation Guidance : Start Left® Security’s platform provides immediate, actionable recommendations through AI, allowing developers and security teams to resolve issues quickly and efficiently. This drastically reduces the time-to-remediation and minimizes the operational impact on development timelines.
SCA Scanner & Automated Prioritization : Start Left® not only scans for vulnerabilities using our SCA Scanner, but we also leverage automated prioritization powered by Severity, CISA KEV, and EPSS data to help teams tackle the highest-risk vulnerabilities first. Our platform also integrates Reachability Analysis, which assesses whether a detected vulnerability is actually exploitable in the application, ensuring developers focus their remediation efforts on what truly matters. This targeted approach accelerates remediation and prevents teams from being overwhelmed by low-risk issues.

Instead of simply reporting vulnerabilities, Start Left ® empowers teams with the knowledge to fix them, supporting a truly proactive and scalable approach to software security.

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5. SBOM Evolution: From Static to Dynamic

Gartner recognizes the importance of SBOMs (Software Bill of Materials) in ensuring software integrity, but its guidance typically revolves around static SBOM generation—documents that are created at a specific point in time and quickly become outdated as software evolves.

How Start Left Solves It:

Dynamic SBOMs : Start Left® Security automatically generates real-time, dynamic SBOMs , offering continuous visibility into software components, dependencies, and vulnerabilities. Unlike static SBOMs that need frequent manual updates, dynamic SBOMs evolve alongside the software, providing an up-to-date view of security risks at any given moment.

This real-time approach significantly enhances security monitoring, as organizations no longer need to rely on outdated security documentation. Dynamic SBOMs ensure that teams are always working with accurate, actionable data.

Discover the full potential of Start Left ® ’s real-time SBOMs in securing your software supply chain

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6. Securing Innovation: Balancing Speed and Security

One major challenge Gartner overlooks is how to balance the need for rapid innovation with the demand for comprehensive security. Many companies face a trade-off between releasing new features quickly and taking the time to ensure their products are secure. Gartner's recommendations often lead organizations to favor security at the expense of innovation.

How Start Left® Solves It:

Seamless DevOps Integration : Start Left® integrates security seamlessly into CI/CD pipelines without sacrificing speed. This ensures that security is not a roadblock, but a natural part of the development process. With our platform, companies can innovate quickly while maintaining strong security controls.

This combination of speed and security is essential in today’s competitive SaaS landscape, where being first to market can often mean the difference between success and failure.

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Conclusion

While Gartner’s software supply chain framework offers a valuable foundation for organizations to improve their security posture, there are key elements it doesn’t fully address—such as dynamic risk evaluation, developer accountability, actionable remediation, and the need for real-time SBOMs.

Start Left® Security has already solved these challenges by providing a platform that is not only aligned with Gartner’s vision but extends beyond it. Through our patented PIRATE® model , dynamic SBOMs, developer accountability, and AI-driven remediation, we enable organizations to operate with proactive, real-time security at scale .

In an ever-changing software landscape, Start Left® ensures that organizations can secure their software supply chains without sacrificing innovation, speed, or compliance.

Explore how Start Left® aligns with Gartner’s Three-Pillar Framework and enhances it

Gartner Hype Cycle for Application Security 2024 & Start Left® Security: Where Modern Application Security Meets Proactive DevSecOps

Thu, 01 Aug 2024 18:49:45 GMT

Start Left® Security's response to Gartner's Hype Cycle for Application Security, 2024...

Start Left® Security: Where Modern Application Security Meets Proactive DevSecOps

Gartner’s 2024 Hype Cycle for Application Security identifies key trends and challenges that are reshaping the landscape. As organizations grapple with evolving application architectures, the need for integrated, developer-focused security solutions is more critical than ever. Start Left® Security is at the forefront of this shift, offering a unique blend of application security posture management (ASPM) and proactive, program-centric solutions designed to align security with business goals.

1. Bridging the Gap Between Top-Down and Bottom-Up Security

Gartner highlights the evolution of application security roles, with a shift toward software engineers taking on more responsibility for security testing and remediation. At Start Left®, we recognize this shift and provide a platform that balances top-down oversight with bottom-up empowerment. Unlike traditional ASPM solutions, our platform embeds security leadership into every development team, ensuring that security is not just a policy but a practice.

2. Advanced Capabilities for a Cloud-Native World

As Gartner notes, the rise of cloud-native applications demands security solutions that are both workload-aware and integrated into the development lifecycle. Start Left® Security’s platform integrates seamlessly with modern cloud environments, offering capabilities that go beyond traditional ASPM. Our platform provides continuous monitoring and real-time risk management, ensuring that security is a constant, not an afterthought.

3. AI-Driven Insights with a CPSO Mindset

Gartner’s report emphasizes the growing role of AI in application security, particularly in automating the remediation of vulnerabilities. Start Left® Security leverages AI not just for automation, but to provide AI-driven insights that are aligned with the Chief Product Security Officer (CPSO) mindset. This ensures that every team member, from developers to executives, is equipped with actionable intelligence that drives program success and reduces the noise often associated with security alerts.

4. Prioritizing Business Risk in Security Efforts

One of the key challenges identified by Gartner is the need for better prioritization of security risks. Start Left® Security addresses this by aligning security efforts with business risk. Our platform prioritizes vulnerabilities based on their potential impact on the business, ensuring that resources are allocated efficiently and effectively. This approach not only enhances security posture but also supports business continuity and resilience.

Key Differentiating Considerations:

Integrated Security Leadership: Embeds security leadership into every development team, ensuring a cohesive, security-first culture.
AI-Driven Insights: Provides actionable intelligence tailored to both developers and executives, driving program success.
Risk-Based Prioritization: Aligns security efforts with business risk, ensuring efficient resource allocation.
Seamless Cloud Integration: Offers workload-aware security for modern cloud-native applications, providing continuous monitoring and real-time risk management.
Proactive DevSecOps: Combines ASPM with a program-centric approach that promotes continuous improvement and resilience.
Comprehensive Security Scoring:
Provides real-time security scores at all levels—global, portfolio, product team, and individual—offering a clear view of risk performance across the entire organization.
Ties security metrics directly to business outcomes, ensuring leadership can make informed, data-driven decisions.
Gamified Security Program:
Engages and motivates teams by integrating gamification elements like badges, leaderboards, and rewards, turning security into a shared, enjoyable responsibility.
Encourages continuous improvement by rewarding secure coding practices and collaboration across teams.
Contextual Secure Code Training:
Delivers personalized, just-in-time training directly to developers based on the specific vulnerabilities and risks identified in their code.
Reduces noise by providing relevant, actionable insights, helping developers focus on writing secure code without disrupting their workflow.

In conclusion, Start Left® Security is not just aligned with where the industry is going—we’re helping to lead the way. By integrating advanced capabilities with a focus on culture and program success, we offer a solution that is both comprehensive and forward-thinking. As the market continues to evolve, we remain committed to providing the tools and insights that organizations need to stay ahead of the curve.

Content Reference: In the evolving landscape of application security, our approach at Start Left Security not only aligns with current best practices but also anticipates future challenges that are often overlooked. For a deeper dive into how our solution addresses these unseen elements of application security that others have missed, be sure to check out our follow-up discussion in Challenging Gartner's View: The Unseen Elements of Application Security Posture Management (ASPM) That Start Left Security Has Already Solved .

How Start Left® Security Aligns with Gartner's Three-Pillar Software Supply Chain Security Framework

Mon, 08 Jul 2024 19:15:41 GMT

Start Left® Security's response to Gartner's Leader’s Guide to Software Supply Chain Security, 2024...

In today's rapidly evolving digital landscape, securing the software supply chain is more critical than ever. As highlighted in Gartner's " Leader’s Guide to Software Supply Chain Security ", attacks on software supply chains are increasing in both frequency and financial impact, with costs expected to rise from $46 billion in 2023 to $138 billion by 2031. To combat this, organizations must adopt a cohesive, proactive approach to software security by embracing a framework that spans the entire software lifecycle: curation , creation , and consumption .

At Start Left® Security , we’ve built our platform around these essential pillars, integrating the latest technologies—including our patented PIRATE® model (Product Integrated Risk Analytics & Threat Evaluation, US Patent 11,288,167) —to provide Contextual , Continuous Threat Evaluation at Scale .

1. Curation: Proactive Risk Assessment for Dependencies

Gartner emphasizes the need for proactive evaluation of software dependencies and artifacts as part of the curation pillar. Without proper oversight, insecure or poorly maintained dependencies can create vulnerabilities in the software supply chain, leading to costly security incidents.

How Start Left Helps:

PIRATE® Model : Leveraging the PIRATE® model, Start Left® provides dynamic, real-time risk analytics for every software component and dependency, giving you deep insights into their security posture. By continually evaluating these elements, we help prevent the introduction of risky components into your software ecosystem.
Software Asset Inventory : Start Left® automates the identification and tracking of all open-source and proprietary software components, ensuring that all dependencies are evaluated for security risks.
Open Source Vulnerability Management : Our platform assesses the security of open-source components in real time, helping you identify and remove high-risk dependencies before they become a problem.

2. Creation: Securing the Development Pipeline

The creation pillar focuses on securing the development pipeline, ensuring that both the development environment and the software being produced are protected from supply chain attacks. Traditional approaches often leave significant gaps, exposing systems to vulnerabilities—including insider threats. Educating and empowering developers is also key to preventing vulnerabilities during the software creation process.

How Start Left Helps:

PIRATE®-Powered Threat Evaluation : Our PIRATE® model enhances continuous monitoring of your software development pipeline. By applying contextual threat evaluation at scale, we identify potential risks in real time, empowering teams to resolve issues before they reach production.
Insider Threat Detection Through PIRATE® Analytics : One area where Gartner’s three-pillar framework may fall short is identifying and mitigating insider threats—malicious actors who have access to your code repositories but aren't part of the recognized development team. Traditional security approaches often overlook insider threats, focusing more on external risks. Start Left®’s PIRATE® model continuously analyzes code repositories and developer activity, learning who the recognized developers and contributors are. PIRATE® identifies anomalous activities from unauthorized actors—such as code changes by unrecognized individuals—flagging potential insider threats in real time .
Micro-Learning Videos & Content : Start Left® empowers developers through bite-sized, actionable content designed to quickly upskill them on secure coding practices and emerging threats. This on-demand, micro-learning format allows teams to stay informed without disrupting their workflows.
Secure-by-Design Principles : Start Left® integrates security directly into the development pipeline, ensuring that your software is built with security at its core. Our platform automates vulnerability scanning via our SCA Scanner and SBOM Tracking , giving you visibility into risks throughout the software creation process.
SCA Scanner & Automated Prioritization : Start Left® integrates its SCA Scanner to continuously evaluate open-source and proprietary components for vulnerabilities. But we go further—our platform automates the prioritization process by factoring in Severity , CISA KEV (Known Exploited Vulnerabilities) , and EPSS (Exploit Prediction Scoring System) . Additionally, our system will include Reachability Analysis, which helps teams determine whether a vulnerability is actually exploitable in the application. This ensures teams focus on the vulnerabilities that matter most, saving time and improving security outcomes.
CI/CD Risk Management : Start Left® secures your CI/CD pipelines by providing continuous vulnerability assessments and real-time alerts, preventing risks from infiltrating your build and deployment environments.
AI-Driven Remediation : Leveraging AI, Start Left® offers real-time remediation guidance, helping developers resolve vulnerabilities quickly and effectively, without slowing down the development cycle.
Developer Accountability : Start Left® offers complete transparency into who is accessing, modifying, and contributing to code. If the PIRATE® model detects code contributions from an unrecognized entity, teams are immediately alerted, allowing them to respond swiftly to insider threats.

By securing the development pipeline and addressing insider threats at the creation stage, Start Left helps you mitigate risks before they become serious vulnerabilities while continuously educating your teams with targeted micro-learning.

3. Consumption: Validating Integrity and Provenance

The consumption pillar ensures that all software, whether proprietary or third-party, is secure, compliant, and meets organizational standards. In this stage, verifying the integrity and security of software components is essential to prevent breaches and maintain trust with customers.

How Start Left Helps:

Dynamic SBOM Generation : Start Left® generates dynamic, real-time SBOMs (Software Bill of Materials), providing continuous visibility into all software components and their vulnerabilities. This ensures that you have a clear understanding of the security posture of every piece of software used in your organization.
Vulnerability Exploitability Exchange (VEX) : Start Left® simplifies vulnerability management by generating VEX reports that prioritize vulnerabilities based on their exploitability, helping you focus on the most critical risks.
PIRATE® Model for Continuous Threat Monitoring : Our PIRATE® model continuously monitors the entire software consumption process, evaluating risks in real-time and ensuring that all components are safe and compliant.

Key Differentiators of Start Left® Security

PIRATE®-Powered Threat Evaluation : Our patented PIRATE® model (US Patent 11,288,167) provides continuous, contextual threat evaluation at scale, ensuring that your software products are secure from the ground up. This real-time evaluation allows you to stay ahead of emerging risks across the software supply chain.
Insider Threat Detection : Start Left®’s PIRATE® model identifies and alerts teams to unauthorized code contributions from unrecognized actors, ensuring security against insider threats in real time.
End-to-End Supply Chain Security : Start Left® addresses all three pillars—curation, creation, and consumption—providing comprehensive protection throughout the entire software development lifecycle.
Automated Prioritization with Reachability Analysis : Start Left® automates vulnerability prioritization using Severity, CISA KEV, EPSS, and Reachability Analysis, ensuring teams address the highest-risk issues first, improving efficiency and security outcomes.
Real-Time, Dynamic SBOMs : Unlike traditional static SBOMs, Start Left® generates dynamic SBOMs that offer real-time insights into your software components, ensuring that your software supply chain remains secure and transparent.
Seamless Integration with DevOps : Start Left® integrates seamlessly into your CI/CD pipeline, enabling continuous monitoring without disrupting your development process.
Micro-Learning Videos & Content : Start Left® provides developers with continuous, bite-sized learning content that helps them stay updated on secure coding practices and quickly resolve vulnerabilities, promoting ongoing education and skill enhancement.
AI-Driven Remediation : With AI-powered recommendations, Start Left® helps developers quickly and effectively address vulnerabilities, reducing downtime and improving overall efficiency.
Proactive Compliance and Audit Readiness : Start Left® ensures your software is always compliant and audit-ready, simplifying the procurement process and providing peace of mind.

Conclusion

The rise in software supply chain attacks and the increasing complexity of modern software development demand a comprehensive and proactive approach to security. Gartner’s three-pillar framework—curation, creation, and consumption—offers a strategic roadmap, but it requires the right tools to implement effectively.

Start Left® Security is uniquely positioned to help organizations meet these challenges head-on. With our patented PIRATE® model , dynamic SBOMs, and seamless DevOps integration, we provide continuous, real-time threat evaluation that spans the entire software lifecycle. Our platform not only secures your software supply chain but also empowers your teams to stay agile, compliant, and resilient in the face of ever-evolving threats.

By aligning with Gartner’s recommended framework and leveraging Start Left®’s capabilities, you can ensure the security, compliance, and integrity of your software products, enabling your organization to thrive in a rapidly changing digital landscape.

Challenging Gartner's View: The Unseen Elements of Software Supply Chain Security That Start Left® Security Has Already Solved

Empowering Software Manufacturers to Embed CISA's Secure-By-Design Principles with Start Left® Security

Tue, 14 May 2024 16:42:52 GMT

CISA Secure by Design & Start Left® Security

Introduction

In today’s rapidly evolving cybersecurity landscape, software manufacturers face increasing pressure to embed security at the heart of their development processes. The Cybersecurity and Infrastructure Security Agency (CISA) advocates for a " Secure-By-Design " approach, urging companies to prioritize security from the outset. Start Left® Security offers an efficient, powerful solution for manufacturers to seamlessly integrate these principles into their operations, fostering a security-first culture across their organization.

As a side note, Start Left® Security signed the CISA Secure-By-Design pledge back in May 2024 and you should, too.

Proactive Security Integration

CISA’s Secure-By-Design principles emphasize the necessity of embedding security throughout the software development lifecycle. Start Left® Security aligns perfectly with this approach, integrating security directly into the development workflow. From the initial code to deployment, our platform ensures that security is not an afterthought but a core element at every stage, enabling manufacturers to build robust, secure products from the ground up.

Integrated Security from the Start: Embed security into every phase of the software development lifecycle.
Seamless Workflow Integration: Security measures are built directly into development processes, ensuring continuous protection.
Preemptive Risk Mitigation: Identify and address potential vulnerabilities before they become issues, reducing risk early in the development cycle.

Fostering a Security-First Culture

To truly embody Secure-By-Design, organizations need more than just tools—they need a shift in culture. Start Left® Security drives this cultural change by equipping teams with the resources, training, and processes required to prioritize security. Our Chief Product Security Office (CPSO) delivery model embeds security leadership within product teams, ensuring that security considerations are integral to every product decision, perfectly aligning with CISA’s vision.

Embedded Security Leadership: CPSO model integrates security leadership within product teams, promoting a security-first mindset.
Comprehensive Training Programs: Equip teams with the necessary tools and knowledge to prioritize security across all operations.
Cultural Alignment with Security Goals: Ensure that security becomes a fundamental aspect of your organizational culture, not just an add-on.

Automated Security & Continuous Monitoring

Continuous assessment and improvement of software security are key tenets of CISA’s guidelines. Start Left® Security’s platform automates vulnerability detection and policy enforcement, enabling real-time identification and mitigation of risks. By continuously monitoring security posture and compliance, our platform not only aligns with CISA’s principles but also provides manufacturers with the confidence that their products are secure at every stage of their lifecycle.

Real-Time Vulnerability Detection: Automate the identification and remediation of security threats as they arise.
Continuous Compliance Monitoring: Maintain ongoing alignment with regulatory requirements, minimizing compliance risks.
Instant Risk Response: Automated policy enforcement allows for immediate action against detected threats, ensuring consistent security.

Empowering Developers & Ensuring Compliance

Start Left® Security goes beyond the basics of Secure-By-Design by integrating developer training and policy compliance directly into the workflow. Partnering with Secure Code Warrior, we track vulnerabilities created by developers and automatically assign targeted training. This approach ensures that developers are both aware of and equipped to adhere to security policies, reinforcing the importance of proactive security measures and program management.

Targeted Developer Training: Automatically assign training based on identified vulnerabilities, improving security skills.
Policy Compliance Enforcement: Ensure that developers adhere to security policies through integrated compliance checks.
Reduced Vulnerability Recurrence: Educate developers to prevent recurring security issues, enhancing overall software quality.

Accountability & Transparency

Transparency and accountability are central to CISA’s Secure-By-Design principles. Start Left® Security offers detailed analytics and reporting, providing visibility into the security performance of every product and team. This transparency not only helps organizations demonstrate their commitment to security but also aligns with CISA’s call for greater accountability in cybersecurity practices.

Comprehensive Analytics & Reporting: Provide clear visibility into the security performance of products and teams.
Demonstrated Security Commitment: Transparency in security practices builds trust with stakeholders and aligns with CISA’s call for accountability.
Performance Tracking: Regular monitoring and reporting keep teams accountable for maintaining security standards.

Conclusion

These value points underscore how Start Left® Security not only meets but enhances CISA’s Secure-By-Design principles, delivering a robust, integrated, and culture-driven approach to product security.

Start Left® Security provides software manufacturers with the tools and strategies needed to embed CISA’s Secure-By-Design principles into their operations. By integrating security into every phase of development, fostering a security-first culture, and ensuring continuous monitoring and compliance, our platform empowers manufacturers to build resilient, secure products that meet the challenges of today’s cybersecurity landscape.

Start Left® Security Selected for Prestigious Microsoft for Startups Pegasus Program

Mon, 13 May 2024 16:46:13 GMT

Start Left® Security, a pioneer in the product security and application security posture management (ASPPM) space has been selected to participate in the Microsoft for Startups Pegasus Program

JACKSONVILLE, FL, UNITED STATES, May 13, 2024 / EINPresswire.com / -- Start Left® Security, a trailblazer in cybersecurity solutions, is proud to announce its selection for the Microsoft for Startups Pegasus Program. This exclusive and esteemed initiative provides Start Left® Security with unparalleled opportunities for growth, innovation, and collaboration within the Microsoft ecosystem.

Being named to the Microsoft for Startups Pegasus program represents a significant milestone for Start Left® Security, validating its innovative approach to cybersecurity and its potential for exponential growth. As a participant in the program, Start Left® Security will leverage Microsoft's unparalleled resources to further enhance its cybersecurity solutions and expand its reach to new markets and customers.

Start Left® Security's CEO expressed gratitude for the opportunity, stating, "We are honored to be selected for the Microsoft for Startups Pegasus program. This recognition validates the hard work and dedication of our team in developing innovative product security solutions that address the evolving needs of software organizations. Through this partnership with Microsoft, we look forward to accelerating our growth trajectory and making a meaningful impact by helping companies create secure products, faster."

Microsoft for Startups is committed to supporting the growth and success of innovative startups by providing access to resources, expertise, and opportunities that enable them to thrive in today's competitive business environment. The Pegasus program, in particular, focuses on high-potential startups with innovative solutions and strong growth prospects, offering tailored support to help them scale and succeed.

Start Left® Security's selection for the Microsoft for Startups Pegasus program highlights its position as a leader in the cybersecurity industry and underscores its potential to drive significant impact and innovation in the years to come. By partnering with Microsoft, Start Left® Security aims to accelerate its growth , expand its reach, and continue delivering cutting-edge cybersecurity solutions that empower organizations to secure their digital assets effectively across the product lifecycles.

For more information about Start Left® Security and its cybersecurity solutions, please visit www.startleftsecurity.com .

About Start Left® Security:
Start Left® Security is a pioneering cybersecurity company that revolutionizes the software development landscape. By emphasizing the importance of building software securely from the start, Start Left® empowers organizations to proactively address security challenges and embed best practices throughout the development process. With an innovative and patented platform, Start Left® helps businesses mitigate risks and build software that is robust, resilient, and secure.

Stephanie Todd
Start Left Security
+1 701-936-0234
steph@startleftsecurity.com

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The Bullpen Announces Start Left being Selected to the Microsoft for Startups Pegasus Program

Game On For Secure Coding: Gamifying The DevSecOps Lifecycle

Mon, 15 Apr 2024 17:18:08 GMT

Original post on Forbes →

“Fun” isn’t usually the first word that comes to mind when the topic of cybersecurity comes up. But the techniques of gamification—applying game design elements and principles in non-game settings to motivate and engage people—can help bridge the divide between traditionally siloed security and product teams. It can empower developers through programs that make security training and compliance easier and even, yes, enjoyable. Also, when teams focus on developers from the beginning of the software development life cycle, by partnering with the development teams as opposed to forcing security controls later, it allows higher productivity for all.

Using interactive challenges, visualized metrics and data-driven rewards, businesses can motivate teams to learn faster, adopt new practices and deliver better products. Just like the baseball number-crunchers in the book Moneyball were able to leverage statistics to improve the performance of the Oakland Athletics, tech managers can use the data and insights provided from gamification to create high-performing cultures centered around security.

Let The Games Begin

Gamification involves incorporating features such as points, badges, leaderboards, challenges and rewards into tasks or activities to make them more enjoyable, competitive and appealing. In a nutshell, it leverages human psychology to encourage desired behaviors and achieve specific goals. That makes it useful when our goal is to get teams and people to adopt new ways of learning and working, ultimately making security development more efficient and effective.

There are many ways tech companies can gamify DevSecOps. For example, they can host secure coding tournaments, implement dashboards that visualize security metrics with leaderboards and badge incentives, and integrate capture-the-flag challenges or vulnerability patching competitions into developer workflows. Creatively applying game mechanics such as achievements, scoring and tangible rewards can help foster a motivated, security-centric culture.

Motivation And Mindset

By gamifying training modules and educational resources, companies can encourage employees to actively participate in learning activities, track their progress and acquire new skills more effectively. When coding becomes more fun and rewarding, developers actively learn and operationalize security concepts. Elements such as challenges and rewards can make repetitive and complex tasks more engaging and enjoyable for employees, boosting motivation and productivity.

Gamification can also facilitate teamwork and collaboration between development, security and operations teams by encouraging people to work together towards common goals, share knowledge and best practices and celebrate collective achievements.

In a larger sense, gamification can fundamentally shift an organization’s culture and mindset. Traditionally, developers have seen security almost as a distraction from core engineering work. By tapping into basic human motivations like competition, mastery and recognition, you can make security something that teams look forward to. Initiatives like cross-functional coding tournaments can foster collaboration between roles and teams that have been historically siloed.

From a management perspective, the detailed telemetry data offers a window into team skills, capability gaps and training efficacy. Quantifiable performance insights make it possible to measure ROI and optimally tune DevSecOps programs over time.

Through our platform, we have seen gamification help developers deliver and deploy secure products three to five times faster. In some cases this involves a 90% reduction in vulnerabilities and a 33% reduction in tool costs.

Making Sure Everybody Wins

To incorporate gamification successfully, it’s important to choose the right approach and the right technologies. A systematic approach with a unified platform helps avoid the potential for bottlenecks, and automating things like performance reviews makes it easier to get everyone on board.

Getting comprehensive leadership and cross-functional buy-in is key. You need to clearly demonstrate the security, productivity and cultural benefits in order to overcome the inertia and skepticism that words like “games” and “fun” can bring. It's about finding the right balance and making security genuinely engaging versus feeling like another checklist chore.

Gamification offers tech companies in DevSecOps an innovative and effective way to boost employee engagement, promote learning and skill development, foster collaboration and drive performance improvement. By harnessing the motivational power of games, companies can create a more dynamic and rewarding work environment. Instead of playing the hero coding risky solutions, gamification helps developers become "superheroes" by delivering secure software that benefits the whole company.

Leveling Up Culture & People

With gamifying DevSecOps, it’s critical to have a sophisticated analytics-driven application security posture management (ASPM) platform tailored for product-centric DevOps environments. This solution correlates security findings from many testing tools directly to developers, leveraging cutting-edge tracking, data and advanced analytics for contextualized learning based on their commit activity.

Imagine empowering your teams with interactive challenges, visualized metrics and data-driven rewards, all while fostering a security-centric culture that’s effective and enjoyable. With continuous feedback loops and a points system, this approach to ASPM leads to a dynamic journey of growth, collaboration and achievement. A methodology where teams focus on starting left instead of shifting left allows companies to put developers first, so security is baked into products from the very beginning.

Start Left® Security Revolutionizes Software Delivery and Risk Management: Oversubscribes Seed Round to Drive Transparency and Secure Product Development from the Start

Tue, 27 Jun 2023 13:37:11 GMT

Gula Tech Adventures, Lytical Ventures, and Dasein Capital lead Seed investment in Start Left® Security, supported by other strong investors: DeepWork Capital, Florida Opportunity Fund, and Bootleg Advisors.

JACKSONVILLE, FL, June 27, 2023—Start Left® Security, powered by a multi-patented, AI-driven Application Security Posture Management (ASPM) Platform and Behavioral Analytics, today announced that it has oversubscribed and closed $3.0 million Seed financing led by notable cybersecurity, data analytics, and artificial intelligence (AI) venture capitalists and industry experts. This demonstrates the market’s confidence in Start Left® Security's vision and its ability to deliver innovative solutions that address evolving security threats.

“ This funding will enable us to enhance our offerings of enabling software-driven organizations to improve visibility, better manage vulnerabilities, and enforce controls. We are excited to further our mission to improving application security by empowering people across Development, Security, CloudOps, and GRC to better manage risk at the speed of innovation ," said Jeremy Vaughan, CEO and Founder of Start Left™ Security. " We are thrilled to have such strong support from some of the most notable cybersecurity venture capitalists and industry experts. "

According to Gartner’s ‘ Innovation Insight for Application Security Posture Management, 2023 ’ report, “54% of Engineering Leaders know they need to secure the development environment but applications have become more complex, and with security tools and responsibilities spanning multiple groups, visibility into the overall security posture of applications becomes vastly more difficult to obtain.”

Start Left® Security’s ASPM platform solves that problem. The platform further differentiates itself from point solutions by providing a holistic and comprehensive approach to scaling application security programs, offering end-to-end coverage on every product team, centralized management, and compliance reporting, along with the ability to integrate cloud security posture management (CSPM).

" Start Left™ Security's platform enables development teams to ship applications without vulnerabilities. We are investing because the platform mitigates vulnerabilities and security weaknesses inherited from many sources such as the software supply chain and malicious insiders, in a highly effective and unique approach we've not seen available previously ," said Ron Gula, CEO of Gula Tech Adventures.

The funding will be utilized to accelerate the company’s go-to-market efforts and R&D investments for Start Left® Security’s ASPM Platform, build more risk insights and threat predictions into their SPACE™ Behavioral Analytics, and unify a unique approach to protecting cloud-native applications – the right way – “ start left , not ‘shift left’ .”

Embracing the "start left" philosophy to embed secure coding practices from the beginning opens the door to empowering the human element. Start Left® Security provides innovative solutions by equipping developers with AI-driven remediation guidance and individualized secure code training. Security leaders now can be a part of making it easier for people to work together to close security holes and give teams the tools they need to build safe and resilient software products.

Start Left® Security’s ASPM Platform features include:

Inline CI/CD Software Component Analysis (SCA)
Seamless Dynamic Software Bill of Materials (SBOM)
Asset Discovery, Inventory & Risk Management
Product-Centric Vulnerability Management
AI-Driven Remediation Guidance & Secure Code Training
Governance, Risk & Compliance Performance
Executive Dashboards & Continuous Monitoring

Start Left® Security's ASPM Platform stands out from AppSec Testing aggregators even more by using big data analytics in its technology, which uses behavior-based threat identification to find threats. The behavioral analytics engine processes and analyzes massive amounts of data via pre-built correlations and machine learning (ML) approaches. This enables the automated discovery of patterns across tools and time, retrospective and real-time, identifying risks and threats that typically go unnoticed by vulnerability scanners to proactively give actionable insights.

" We are excited to partner with Start Left® Security and support their mission of delivering proactive security solutions to cloud-native organizations ," said Lucas Nelson, Partner at Lytical Ventures. “ With ASPM and CSPM correlation, an organization can finally facilitate the true spirit of DevSecOps. We believe that Start Left™ Security has the potential to become a significant player in the cybersecurity space, and we look forward to supporting their growth and innovation ."

Start Left® Security’s ASPM Platform is in GA (General Availability) now and is available through all channels: Direct Sales, Distributors, Resellers and MSSPs (Managed Security Service Providers) globally.

About Start Left® Security

Start Left® Security is a pioneering cybersecurity company that revolutionizes the software development landscape. By emphasizing the importance of building software securely from the start, Start Left® empowers organizations to proactively address security challenges and embed best practices throughout the development process. With an innovative and patented platform, Start Left® helps businesses mitigate risks and build software that is robust, resilient, and secure. For more information, visit www.startleftsecurity.com .

About Gula Tech Adventures
Founded by cybersecurity entrepreneurs Ron and Cyndi Gula, Gula Tech Adventures invests in companies and nonprofits that help close the gap in needed technology and workforce to defend the country in cyberspace. They work directly with cybersecurity startups, investment funds and nonprofit organizations. Since 2017, the Gula's have made more than 40 investments in cybersecurity startups like Automox, Cybrary, Huntress and Scythe, cybersecurity funds including Inner Loop Capital, DataTribe and Forgepoint Capital, and also supported cybersecurity nonprofits like Defending Digital Campaigns and voting.works.

For media inquiries, please contact media@startleftsecurity.com .

EIN Newswire: Start Left® Security Revolutionizes Software Delivery and Risk Management: Oversubscribes Seed Round to Drive Transparency and Secure Product Development from the Start

Microsoft Selects Start Left® Security for Startup Program

Thu, 01 Jun 2023 12:01:14 GMT

Designed to enable cloud-native innovators to quickly scale, become enterprise-ready, and transact on the Azure marketplace.

JACKSONVILLE, FL —( EIN PRESSWIRE )—Today, Start Left® Security, a cloud-native security innovator that uses a patented platform to unify application security with cloud security posture management (CSPM) and security analytics , announced that it has been accepted to join the Microsoft for Startups program, which is designed to help emerging B2B software startups. Customers that would get the most benefits from Start Left®'s Application Security Posture Management (ASPM) Platform are also heavy users of Microsoft cloud solutions, thus the partnership is mutually beneficial.

“When compared to other CNAPPs, Start Left® Security stands out as a truly different example. Their analytics, a more modern approach, and ability to work with any existing customer-provided solution is crucial."

"Our objective is to empower startups at every stage of their journey," said Bharat Shah, Corporate Vice President at Microsoft. Our mission is to help our customers identify innovative solutions developed by seed-stage firms like Start Left® Security. Start Left® has a unique approach to CNAPP that is significantly different from what I have seen. Their combination of analytics-driven detection and response with a “ start left ” methodology rather than the traditional “shift left” approach allows Start Left® Security to leverage any solution a customer already has in their environment to add more value. We are excited that Start Left® can also integrate with Microsoft Azure Cloud, Azure Machine Learning, Azure Active Directory, and Sentinel to give our customers the confidence that comes with an enterprise-ready solution.”

Start Left® Security delivers intelligent insights and actions by providing out-of-the-box automation and ML-driven security posture management analytics that finds unknown risks across code, people, CI/CD pipelines, product lines, multi-clouds, workloads, data, and more. Start Left®’s no-code API is an easy-to-use platform to integrate lots of APIs. It enables customers to focus on their business without being distracted by API integration and the overwhelming amount of information from all the tools that is difficult to sort through manually. Start Left® Security does the analysis for you to save time and resources. The platform’s clean UI makes understanding risks simple for everyone across traditionally siloed groups such as SecOps, CloudOps, GRC, DevOps, and engineering.

Personalized support is available through Microsoft's Startups program to help businesses like Start Left® Security get off to a fast start. The program operates to help startups receive assistance in developing a scalable solution using Microsoft technologies: optimizing the architecture, ensuring security, identity and privacy, and become an enterprise-grade solution. When it comes to GTM, entrepreneurs are assisted in becoming enterprise sales and marketing ready, and ensure the startups are ready to accept investment capital so they may speed up their growth.

Jeremy Vaughan, co-founder and CEO of Start Left® Security, says, "It is an honor to join Microsoft for Startups and get this opportunity to benefit from Microsoft's experience, technology, reputation, and client base around the world. Our goal is to help businesses improve their security, cross-departmental collaboration, and operational efficiency by facilitating the seamless integration of existing cloud-based CI/CD tools and cloud platforms, and by automatically identifying and prioritizing security issues and risks like gaps in monitoring of people, processes, activities, behaviors, and technology. In collaboration with Microsoft, we can reach a far larger audience.”

About Start Left® Security

Start Left® Security is a proactive security firm serving cloud-native SaaS businesses. We reimagined cloud-native product portfolio security giving your Security, CloudOps, Engineering, DevOps & GRC teams back valuable time and reducing the cognitive load from all the Cloud Security and DevSecOps tool complexity and vulnerability scan data.

Start Left® Security's platform leverages proprietary real-time machine learning (ML) to crunch massive amounts of data from cloud-based tools and applies ML-driven analytics to correlate, detect and prioritize threat signals across CI/CD and cloud telemetry. We are passionate about advancing the state-of-the-art in burgeoning areas such as code-to-cloud systems integrity, behavior analytics, risk surveillance, and predictive threat capabilities, enabling customers to maintain quality and safety at the speed of innovation.

We at Start Left® Security understand that developers are the new data protectors, and that they should be able to choose the tools they need to innovate and be productive without sacrificing security. However, this is only true if IT leadership employs the continuous assurance and continuous controls monitoring that is inherent in the Start Left® Security automated governance framework. When given the choice, staff are more likely to take pride in their work, and cloud application protection becomes everyone's responsibility rather than just Security Operations. Start Left® Security is the only platform that facilitates the true spirit of DevSecOps culture and the project-to-product transformation.

Visit us at startleftsecurity.com and follow us on Twitter at @startleftAI .

All names and trademarks are the property of their respective firms.

Contact

media@startleftsecurity.com

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