Azure Key Vault Rotation Patterns
Rotation is the Key Vault feature most teams nominally have and few actually operate. A walk through the patterns that work for secrets, keys, and certificates at scale.
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.
Rotation is the Key Vault feature most teams nominally have and few actually operate. A walk through the patterns that work for secrets, keys, and certificates at scale.
Go's build model makes SLSA provenance more tractable than most ecosystems. Here is the practical guide for producing and verifying provenance on Go releases.
Writing Rust for embedded or kernel targets drops you into no_std territory, and the supply chain rules are different there. A practical look at what changes and why.
Retrieval-augmented generation pipelines have become a primary breach vector for LLM products. The controls that contain the risk without breaking the use case.
A 2026 comparison of OpenSSL, LibreSSL, and BoringSSL on security posture, release cadence, FIPS posture, and which one to ship in which context.
How keyless signing has matured: OIDC identities, transparency log dependencies, attestation patterns, and the operational details teams still get wrong.
Griffin is Safeguard's AI assistant that answers natural-language questions about your software supply chain, correlates threats in real time, and recommends actions.
NIST opened public comment on SP 800-218r1 SSDF v1.2 on December 17, 2025. The draft adds AI development practices, refines supply-chain controls, and aligns with EO 14306.
Claude's Batch API gives you 50% off for async workloads. Griffin AI uses it internally. The question is whether your team should use the Batch API directly or consume it through Griffin.
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