Container Security: Why Reachability Analysis Changes Everything
Stop chasing phantom vulnerabilities. Learn how reachability analysis reduces CVE noise by 80% and focuses remediation on what actually matters.
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.
Stop chasing phantom vulnerabilities. Learn how reachability analysis reduces CVE noise by 80% and focuses remediation on what actually matters.
PASETO tokens explained: what is PASETO, how PASETO vs JWT differs, and why platform-agnostic security tokens with versioned crypto are safer by design.
Quarterly inventories are wrong by the time they are signed. Continuous discovery is the only model that matches modern rates of change.
Crypto exchanges remain the highest-value target for supply chain attackers. Here is the 2026 defence playbook that hardens the entire stack.
Autonomous coding agents can escalate privilege in subtle ways that traditional threat models miss. A breakdown of the common escalation paths and how to constrain them.
GitHub Copilot suggests fixes. Griffin AI generates fix PRs with taint paths and disproof attached. The difference is review burden.
Evals that run once are marketing. Evals that run on every build are infrastructure. Griffin AI runs the harness on every change; Mythos does not describe one.
Race conditions are the hardest class of vulnerabilities for static analysis. Specific architectural capabilities separate tools that find them from tools that claim to.
Picking a model for a security workflow is not the same as picking one for a chatbot. Here are the criteria that actually matter and how to weigh them.
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