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A robust security auditing tool designed to scan CI/CD pipeline configurations, such as GitHub Actions YAML, for critical supply chain vulnerabilities. It automatically detects issues like unpinned dependencies, script injection risks, secrets exposure, and dependency confusion, helping teams harden their build systems and maintain secure software development lifecycles.

A comprehensive security tool designed to simulate and detect critical software supply chain attacks. It identifies risks such as typosquatting via Levenshtein distance, dependency confusion against private registries, package integrity failures through SHA-256 hash verification, and known vulnerabilities using pip-audit. Essential for security auditing and assessing project dependency risk.

An expert playbook for identifying and simulating dependency confusion attacks in software supply chains. It comprehensively covers how internal package names can be squatted on public registries, leading to malicious code execution via package manager lifecycle hooks (e.g., npm, pip, Maven). Use this guide for authorized red-team exercises and deep vulnerability assessment of build processes.

This skill provides a comprehensive framework to detect and prevent dependency confusion—a critical supply chain vulnerability. It guides users through enumerating internal package names, scanning manifests (npm, PyPI, Maven, etc.) using tools like `confused` and OWASP `dep-scan`, and implementing preventative measures like registry pinning and defensive package registration.

Enumerate cloud storage buckets, confirm dangling-CNAME takeover risks, recover AWS account IDs offline from leaked access keys, validate npm/PyPI dependency-confusion vectors, and fingerprint cloud-native/Kubernetes/CI exposure for authorized recon.

A deep-dive methodology for authorized penetration testing targeting dependency confusion and namespace resolution vulnerabilities across major package ecosystems (npm, PyPI, NuGet, Maven, etc.). This skill details advanced reconnaissance techniques, from analyzing lock files and source maps to exploiting error messages, alongside safe Proof-of-Concept (PoC) creation using DNS canaries for discovery during penetration engagements.

A comprehensive methodology covering advanced offensive techniques targeting the software supply chain. This includes exploiting dependency confusion across npm, PyPI, and NuGet, executing build system hooks, tampering with CI/CD pipelines, and compromising container images. It provides detailed PoC patterns and detection guidance for red team operations.