What is Dependency Confusion
Dependency confusion lets attackers hijack builds by publishing malicious packages under private package names to public registries. Here's how it works.
Deep dives, practical guides, and incident analyses from engineers who build Safeguard. No fluff, no vendor FUD — just what you need to ship secure software.
Dependency confusion lets attackers hijack builds by publishing malicious packages under private package names to public registries. Here's how it works.
Dependency confusion attacks let attackers hijack builds by publishing malicious packages with higher version numbers to public registries. Here's how they work and how to stop them.
class-validator powers input validation in most NestJS apps, but its defaults burned teams once before. Here is its real security history and how to configure it safely.
Free scanners catch the obvious stuff — missing headers, expired TLS, a handful of known CVEs — but they stop well short of what a real security program needs.
Typosquatting tricks developers into installing malicious lookalike packages. Learn how it works, real npm/PyPI attacks, and how to detect it.
A concrete, repeatable method for finding vulnerabilities in source code — combining static analysis, dependency scanning, and manual review without drowning your team in false positives.
A senior-engineer buyer guide for software supply chain security in 2026: what the categories mean, what to test, and what to ignore in vendor pitches.
A practical attack surface management best practices guide for software supply chains, covering SBOMs, base image hardening, CI/CD exposure, and a 90-day rollout plan.
Most breaches trace back to a handful of recurring data vulnerability patterns — from unencrypted storage to broken access checks. Here's how to categorize and prioritize them.
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