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.
You can't fix everything at once. This FAQ explains how to prioritize vulnerabilities using severity, exploitation likelihood, active-exploitation evidence, and reachability.
A precise FAQ on SBOM compliance in 2026 — the NTIA minimum elements, accepted formats, where SBOMs are actually mandated (federal, FDA, EU CRA), depth, VEX, and generation.
Where your data lives, what actually leaves your boundary, region pinning, customer-held keys, and how residency differs from sovereignty in a security platform.
What autonomous remediation actually means in 2026 — how the detect-fix-validate-merge loop runs without a human bottleneck, where humans stay in control, and how to roll it out safely.
Answers on where AI agents meet software supply chain security — the dependencies agents pull in, hallucinated packages, MCP servers as components, AIBOMs, and how Safeguard keeps the agentic supply chain governed.
What sovereign deployment means for software supply chain security: jurisdictional control, in-region operation, customer-held keys, foreign-access resistance, and honest limits.
Practical answers on securing AI-generated code — the vulnerability patterns models produce, why volume defeats manual review, hallucinated dependencies, and how Safeguard scans and auto-fixes at merge time.
A precise FAQ on the NIST Secure Software Development Framework in 2026 — the four practice groups, the CISA self-attestation form, EO 14028 lineage, the AI augmentation, and the evidence behind it.
CVSS measures severity, EPSS estimates exploitation likelihood, and CISA KEV lists what is actively exploited. Here is how the three differ and how to use them together.
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