supply-chain-security

To detect supply-chain risks in npm dependencies without executing code, analyze manifests and lockfiles offline. The scanner walks passes for identity, install-time checks, obfuscation, credential exposure, exfiltration, persistence, and integrity to flag malicious behavior safely.

Dependency provenance verification is the process of confirming the origin and integrity of packages. You need it during PR reviews or secure upgrades to enforce strong hygiene and ensure newly added dependencies have not been tampered with across ecosystems.

To review lockfile diffs for newly added dependencies, analyze the changes offline to identify risk signals. The scanner performs install-time behavior checks and applies cooldowns to surface actionable findings with concrete remediation guidance.

Yes, the supply-chain security scanner works with PyPI, Go, and Rust, plus npm and others. It applies identity, hygiene, and install-time risk analysis across these ecosystems to detect changed dependencies and their risk signals uniformly.

The best way to automate supply-chain risk reviews for PRs is to scan manifest and lockfile diffs offline. This approach identifies newly added dependencies, enforces cooldowns, and produces prioritized, actionable findings with specific fixes.

Analyze install scripts for supply-chain security to detect obfuscation, credential exposure, exfiltration, and persistence. Reading these scripts offline without executing code reveals hidden install-time behavior that introduces risk into your dependencies.