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How Endor Labs' AI SAST engine identified a path traversal vulnerability in OpenClaw's apply_patch tool tracked as (GHSA-r5fq-947m-xm57)

A compromised release of the popular Cline CLI npm package silently installs OpenClaw globally on any machine.

We discovered six vulnerabilities in OpenClaw using Endor Labs’ AI SAST data flow analysis and validated working exploits.

As CVEs surge and AI speeds delivery, container OS reachability is key to reducing noise and real AppSec risk.

Cut container vulnerability noise by up to 90% with full-stack reachability analysis spanning application and container image OS layers.

How Endor Labs AI SAST identified 7 exploitable vulnerabilities in OpenClaw through accurate data flow analysis and systematic exploit validation.

AI coding assistants are introducing systemic architectural weaknesses that have major consequences for application security.

AI is reshaping software development. Learn how security can become invisible guardrails inside the AI SDLC, so teams move faster without compromising safety.

Use a “test-first” prompting pattern to improve AI-generated code security through test-driven development (TDD).

CVE in n8n allows unauthenticated users to achieve remote code execution (RCE) via sandbox escape.

AI coding assistants are reducing simple security flaws, but SAST tools need better context and agent integration to catch what remains.

Evaluate Snyk alternatives that solve alert fatigue and false positives while driving remediation. Compare developer-friendly AppSec platforms, open source tools, and runtime solutions.

Learn why this malware attack vector is a big risk for open source software consumers.

MCP servers inherit classical vulnerabilities like command injection, path traversal, and SSRF. Here's why LLMs and MCP deserve the same security practices as traditional applications.

101 packages disguised as font files distributed 34 TiB of data via npm's infrastructure—with a total of 4.3 PiB transferred via downloads.

Most breaches aren’t CVEs. Learn how subtle code and config changes caused real incidents, and why AI-aware code review is now critical.

Astronomer uses Endor Labs for SCA, malware detection, and container scanning.

Multiple Vulnerabilities Fixed in the Node.js Runtime

Attackers weaponized n8n's community nodes to steal credentials

Critical Host Header Validation Bypass in the Undertow

Critical vulnerability requires upgrade to jsPDF 4.0.0

Endor Labs integrates with Cursor hooks to detect malicious packages before AI agents install dependencies, preventing supply chain attacks at the moment of risk.

CVE-2025-13780 is a critical vulnerability in pgAdmin 4 where whitespace characters bypass regex filters, a common failure mode in input validation.

Treating a security patch as a signal, not a conclusion, led us to discover how arbitrary file writes became remote code execution in Argo Workflows.

See how Endor Labs brings developer-friendly security to life with real demo clips. Watch how vulnerabilities are prevented, prioritized, and fixed—right inside IDEs, PRs, pipelines, and Jira.

AI coding tools promise speed, but hidden security burdens drain developer productivity. Learn how context-aware AppSec cuts noise, boosts velocity, and improves DX.

React and Next.js contain a critical RCE vulnerability

Rubrik uses Endor Labs for application security, including: SCA, SAST, container scanning, and secret detection.

A breakdown of npm worms, how Shai-Hulud spread across the ecosystem, and the key security practices every team needs to prevent large-scale compromise.

Analysis of Shai-Hulud 2, a new npm supply chain attack

A look at the 2025 update to the OWASP Top 10, the most significant update since 2021

Endor Labs celebrates emerging AppSec talent at OWASP Global AppSec, highlighting Bryce’s Space Badge and investing in his future with a $5,000 scholarship.

Cut through duplicate alerts by mapping findings from static and dynamic analysis, so teams can focus on remediating the vulnerabilities that matter.

This whitepaper details Endor Labs' multi-modal approach to AI SAST, leveraging agentic reasoning, program analysis, and advanced rules to eliminate 95% of false positives while surfacing complex logic flaws.

Endor Labs AI SAST detects business logic flaws and reduces false positives by up to 95% by orchestrating multiple AI agents to review code.

How GlassWorm Exploited Unicode Shadows in VS Code Supply Chains

Together Endor Labs and Upwind deliver complete visibility across code and cloud for strong security posture management across the SLDC.

How a sophisticated spam campaign hijacked popular NPM packages with Indonesian food names as part of a global software supply chain attack.

Endor Labs reveals critical RCE flaws in Happy DOM, showing how weak JavaScript sandboxes enable prototype pollution and unsafe code execution in Node.js.

Endor Labs now offers native support for OWASP SPVS, helping teams secure every stage of the software delivery pipeline from Plan to Operate.

The 2025 update to the OWASP Top 10 for Web Applications elevated software supply chain failures to the third leading risk.

Critical SQL Injection Vulnerability in Django (CVE-2025-64459). Learn what happened, root cause, impact, and how to mitigate.

Traditional SAST tools miss vulnerabilities while overwhelming teams with false positives. Here's why the silent failures are more dangerous than the noise.

AI Coding Agents and Software Supply Chain Risk

New research shows that AI-generated code becomes less secure with each iteration—highlighting why developers need guardrails and structured approaches.

Shift-left security programs are failing and SAST is partly to blame. Shifting security down, not left, is how we make it work for developers.

Static analysis promised scalable secure coding. Instead, it delivered false positives and fatigue. Here’s why—and what the next era of analysis must do differently.

Learn about CVE-2025-53967, a high-severity RCE vulnerability in Framelink Figma MCP, including mitigation and vetting recommendations.

Discover how agentic UX streamlines application security workflows with proactive automation, faster decisions, and a more intuitive experience.

Protect your software supply chain from rising malware attacks. Endor Labs blocks malicious open-source dependencies early and reduces incident response.

Block risky npm releases before they spread. Endor Labs’ new cooldown policy enforces wait times to stop malware attacks.

Enterprises must extend Zero Trust security principles to open source: assume nothing is safe, verify every dependency, and enforce guardrails across the software supply chain.

Too often, malware isn’t a priority until there’s a high-profile attack. But with the recent escalation of attacks, it’s time to make malware a first-party citizen in application security programs.

Learn how Travis McPeak is building an AppSec program that's both effective and non-disruptive to the engineering team's workflow.

As AI reshapes software development, security teams can be the catalyst for unlocking productivity without sacrificing safety.

Practical steps security teams and developers can take to reduce risks from software supply chain attacks targeting the npm registry.

A virus-like npm malware attack has spread to 180+ packages so far, including CrowdStrike and Tinycolor.

AppSec company’s rapid growth reflects rising demand for security built for the speed and scale of engineering teams shaping the future of software with AI

Popular npm packages including chalk and debug were compromised in a major supply chain attack. Learn what happened, root cause, impact, and how to mitigate.

Nx supply chain attack: malicious npm versions of Nx exfiltrated SSH keys and tokens to GitHub—abusing AI code assistants. Learn how to detect and fix.

Endor Labs improves C/C++ SCA by combining cryptographic hashing, code embeddings, and a curated index for accurate dependency and vulnerability detection.

Cursor uses Endor Labs for SCA and dependency management. Learn how they reduced noise, accelerated remediation, and enabled both stable code and focused engineers.

Kudelski Security uncovered an RCE flaw in CodeRabbit exposing 1M+ repos. Here’s what happened, how it was fixed, and key lessons for secure AI apps.

Unvetted AI models and services are entering your codebase. Do you have a plan to find and govern them?

Five9 uses Endor Labs’ SCA to ensure they focus on just the risks that matter and can respond quickly to zero days.

Greg Pettengill, a Principal Product Security Engineer at Five9, is an early adopter of startup technology. In this article he shares his methodology for picking vendors that can deliver on promises.

Endor Labs now detects end-of-life (EOL) software in containers, helping AppSec teams eliminate risk early.

Learn about the most common and emerging security risks of AI-generated code, from injection flaws to hallucinated dependencies.

Developers are generating more code with AI coding assistants, but release velocity isn’t increasing. Here’s how to fix it.

Learn how top security leaders think about using AI code assistants to achieve the shift-left dream, increase release velocity, and build developer trust.

Learn how Zebra Technologies builds a successful Product Security program by using reachability and risk ranking to prioritize critical vulnerabilities, making fixes fast and building developer trust.

Learn how to detect prompt injection vulnerabilities in GenAI applications and prevent attackers from exploiting LLM-powered workflows.

LLMs often recommend outdated or vulnerable open source packages—here’s why it happens, why it matters, and how AppSec and DevOps leaders can stay ahead.

How CWE-specific prompts cut LLM code vulnerabilities by more than half.

Secure AI-generated code at the source with a new integration for GitHub Copilot powered by the Endor Labs platform.

A CISO’s guide to analyzing and containing the security costs of AI-generated code

Endor Labs is now available on the Google Cloud Marketplace, enabling faster procurement and deployment of software supply chain security for GCP customers and partners.

Learn how to detect misconfigurations in Infrastructure as Code (IaC) files, preventing privilege escalation and unsafe defaults before they reach production.

Secure AI-generated code at the source with a new Cursor integration powered by the Endor Labs platform.

How a multi-step prompt technique can reduce vulnerabilities in AI-generated code

A step-by-step guide to testing Endor Labs SCA accuracy for C/C++ projects

CVE-2025-54313 tracks a supply chain attack on eslint-config-prettier, where four malicious versions of a popular npm library targeted Windows machines with a remote-code execution payload. Learn how it happened and how to stay safe.

The new FedRAMP RFC shifts the standard to require deep context into the reachability and exploitability of vulnerabilities. Here’s what you need to know.

A practical guide to embedding security requirements into AI coding workflows

Endor Outpost extends the full capabilities of the Endor Labs AppSec platform to Self-Hosted SCMs like Bitbucket Datacenter and GitLab Self-Managed.

Endor Labs and Oligo keep pipelines fast and secure with unified reachability, real-time threat blocking, and safe, automatic fixes.

Fixing Java deserialization vulnerabilities in Spring-Web is notoriously difficult, but Endor Labs offers an alternative with patches.

Hear how a CISO at an AI-first company is thinking about securing AI, and how AI should improve security programs.

People.ai replaced Snyk with Endor Labs for application security that provides an outstanding developer experience and makes it easier (and cheaper) to hit compliance targets.

Endor Labs Vulnerability Search helps you investigate CVEs with enriched metadata, call paths, and precise impact analysis—resolving conflicts across public feeds.

Learn what Application Security (AppSec) is, why it matters, and how to build a modern, scalable AppSec program across the SDLC.

This whitepaper details Endor Labs’ novel approach to indexing open source dependencies and detecting vulnerabilities in C and C++ codebases.

Within weeks of deployment, Endor Labs helped Mysten Labs transform its application security strategy.

How Mysten Labs builds secure and low-friction systems for blockchain by focusing on code ownership, usability, and AppSec strategy.

With fewer alerts and more accuracy, Zebra Technologies now spends more time building and less time chasing false positives.

A new method for identifying OSS dependencies and vulnerabilities in C/C++ with greater accuracy and precision than legacy tools.