The WaterPlum campaign turned fake coding tests into a supply-chain attack vector, infecting roughly 30,000 developer machines with persistent RATs while siphoning $10.7 million in crypto, and it exposes how casually most teams execute untrusted code from job candidates.
A critical Docker Sandboxes vulnerability let malicious guest code running inside a container read and modify files on the macOS host, a reminder that local and CI containers should not be treated as trusted security boundaries.
A hands-on audit guide covering how publicly reachable Vite dev servers leak .env secrets and cloud credentials through the /@fs file-read endpoint and the HMR WebSocket, along with the binding, firewall, and rotation fixes that close the exposure.
An analysis of how long-lived package registry tokens become a supply-chain liability once autonomous agents can publish packages at scale, using the RubyGems incident to show why scoped credentials, provenance, and publish controls are now essential.
Attackers reportedly used an unpatched TeamCity server to breach JetBrains Cadence and steal AWS credentials, underscoring how CI/CD infrastructure can become an initial access vector.
Learn how to turn security advisories into a production-ready automation workflow that triages vulnerabilities, prioritizes fixes, and accelerates patch deployment.
Learn how to integrate PentestCode into your CI/CD pipeline to automate penetration testing from code commit to security report and strengthen release-time security checks.
Learn how to audit your npm pipeline after the jscrambler compromise by checking dependency integrity, install scripts, and developer exposure across your build process.
A practical security guide for developers on auditing MCP servers for internet exposure, leaked AI assistant credentials, and unauthenticated endpoints in response to active scanning campaigns.
A developer-focused guide to embedding vulnerability detection, prioritization, and automated patching into CI/CD so teams can respond before CVEs become active threats.
An analysis of how the ShinyHunters breach pattern uses infostealer malware and credential theft to reach developer environments, exposing the tactics, affected surfaces, and practical defenses teams should prioritize.
An analysis of the GitBait phishing campaign showing how attackers abused GitHub Pages to target financial institutions and what developers can do to harden repositories against similar abuse.
A deep technical walkthrough of how npm 12 changes script execution and provenance validation during install, and how to use those controls to reduce JavaScript supply-chain risk in real projects.
A technical walkthrough for hardening LiteLLM deployments against CVE-2026-42271 exploitation, with practical guidance for reducing exposure to the active attack campaign flagged by CISA.
A developer-focused walkthrough of how exposure management can help teams counter AI-driven attacks, prioritize risk, and harden systems against rapidly evolving threats.
A technical walkthrough of the Claude Code GitHub Actions flaw, how it can let attackers compromise repositories, and the workflow changes developers should make to reduce risk.
A developer-focused walkthrough of the critical Flowise remote code execution issue, covering likely attack paths, affected deployment surfaces, and concrete steps to audit, patch, and harden installations before exploit code is weaponized further.
A deep technical walkthrough of GitLab Duo AI flaws that shows how code generation features can surface authorization gaps, denial-of-service risks, and the need for systematic security audits in AI-assisted developer tooling.
A practical developer-focused checklist for locking down GitHub repositories after reports of source code theft, with concrete steps to reduce exposure, tighten access, and harden CI/CD workflows.
A deep technical walkthrough of how Megalodon malware rapidly automated the compromise of more than 5,500 GitHub repositories in under six hours, with a focus on the attack mechanics, affected developer workflows, and the defenses that actually reduce risk.
A deep technical walkthrough for auditing GitHub repository access, reviewing branch and token permissions, and rotating exposed secrets after reports of a breach involving 4,000 stolen internal repositories.
A technical walkthrough of how an internal GitHub repository breach can expose weak secret management, overbroad token scopes, and insufficient access controls, and how to audit and harden your own security posture.
Verizon’s 2026 DBIR shows vulnerability exploitation has replaced stolen credentials as the leading breach vector, underscoring a new urgency for patching and DevSecOps in cloud-native pipelines.
AI coding agents can turn PR descriptions, comments, and other repository text into prompt-injection vectors unless workflows strictly limit permissions, secrets, and tool access.