Tool-Call Audit: The Missing AI Observability Layer
Most AI observability stacks log prompts and completions. The actual security signal is in the tool calls. Here is how to capture it.
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.
Most AI observability stacks log prompts and completions. The actual security signal is in the tool calls. Here is how to capture it.
Most TPRM programs tier vendors by spend. That misses the vendors who are cheap but catastrophic when they fail. Tiering by blast radius is the fix.
An auditor asks why you didn't fix CVE-X. The defensible answer involves reachability evidence. Without it, the conversation gets uncomfortable.
Every container pulled in production is a trust decision. Here's how to secure the chain from base image selection through Dockerfile to admission control.
Command injection lets attackers run OS commands through unsanitized input. Learn how it works, real CVEs like Shellshock and PAN-OS, and how to prevent it.
How Chainguard's apko and melange replace Dockerfiles with declarative, reproducible builds — and where the security claims need independent verification.
A technical retrospective on the 2024 Cyberhaven Chrome extension compromise: the phishing chain, the malicious OAuth flow, the exfiltration payload, and what actually changes browser-extension supply chain defense.
Why most CVEs in your dependency tree are not exploitable in your application, and how reachability analysis separates real risk from noise.
An open source security platform isn't one tool — it's usually a combination of SCA, license scanning, and vulnerability intelligence stitched into a pipeline that watches your dependencies.
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