Stopping Risky Dependencies At PR Time, Not Production
Catching risky dependencies after they reach production is expensive. PR-time policy gates stop them at the cheapest moment, with the right context and reviewer attention.
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.
Catching risky dependencies after they reach production is expensive. PR-time policy gates stop them at the cheapest moment, with the right context and reviewer attention.
Hard-blocking a new policy on day one breaks builds and trust. A phased rollout from warn to block earns the right to enforce by proving the policy is correct first.
Admission control is the last cheap chance to refuse a non-compliant workload. The right policies turn supply chain attestations into deploy-time decisions.
Every policy needs a bypass path or it will be routed around. The trick is making the bypass auditable, time-bound, and rare enough to remain meaningful.
An admitted workload is not a static one. Runtime drift detection turns the SBOM into a living contract and surfaces supply chain changes before they become incidents.
Different gates with different rules create gaps and developer friction. A unified policy engine evaluates one definition at PR, build, admission, and runtime.
License risk that surfaces at release time is already too late. PR-time license policy turns an open-ended legal review into an automated, predictable check.
Signing artifacts is necessary but not sufficient. The policy that verifies signatures, attestations, and trust roots is what turns signing into a security control.
MCP servers expose tools that AI agents can call directly. Capability policy decides which tools each agent gets, with the same rigor as any other supply chain gate.
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