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.
Goroutine leaks and data races aren't just bugs — they're exploitable DoS and logic-corruption vectors. Here's how they work, real incidents, and how Safeguard catches them.
Where the OCI and CNCF image supply chain ecosystem actually sits in 2026, what has stabilized, what is still contested, and what to deploy now versus later.
Reproducible builds let anyone recompile source code and cryptographically verify the binary matches — closing the gap attackers exploit when they compromise build systems, not source code.
A practical govulncheck tutorial for scanning Go codebases for known vulnerabilities, auditing dependencies, and wiring checks into your CI pipeline.
A trust boundary is where data crosses into a higher-privilege context and must be verified. Learn where they hide and how breaches like Log4Shell exploited them.
Real incidents like the xz-utils backdoor reveal the anatomy of a go module supply chain compromise: maintainer trust, init() execution, and immutable proxy caching.
A look at RubyGems typosquatting and maintainer takeovers: how malicious Ruby gems slip into the supply chain, and what actually stops them.
SEvenLLM set out to measure how well LLMs handle Security Event analysis, the unglamorous day-to-day work of SOCs and IR teams. A design review of what the benchmark covers, how it was built, and where the coverage maps or does not map to real operations.
Claude Haiku is the cost-efficient model Griffin uses for high-volume scan interpretation. Here's how raw Haiku compares to Haiku inside Griffin's bulk pipeline.
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