supply-chain-integrity

To implement SLSA L3+ provenance verification, you must adopt hardened build pipelines that generate in-toto attestation chains and enforce runtime admission control for all build artifacts. This ensures end-to-end supply chain integrity by cryptographically linking artifacts to their source.

Securing AI model weights and MCP servers requires validating model weight signatures and verifying artifact provenance before deployment. You mitigate supply chain attacks by mapping capability surface anomalies and enforcing Sigstore keyless signing for all AI-generated code and dependencies.

Generating and consuming CycloneDX or SPDX SBOMs involves producing standardized dependency manifests and ingesting CSAF VEX documents to map known vulnerabilities. This satisfies requirements across 35 global regulatory frameworks like NIST, ISO, and EU CRA by highlighting process-only control gaps.

Yes, detecting cache poisoning vulnerabilities in software dependencies is achieved by evaluating build pipeline inputs against real-world mid-2026 attack patterns. This comprehensive risk assessment identifies opaque artifact provenance and prevents undetected compromise within your CI/CD cache.

You can map current security controls against NIST and EU CRA requirements through a compliance gap analysis. This evaluates your existing defenses across 35 global regulatory frameworks, specifically highlighting where process-only controls fail to prevent modern supply chain compromise.

You should use Sigstore keyless signing when implementing defense-in-depth for modern software and AI supply chains to prevent opaque artifact provenance. It replaces traditional manual key management with automated, identity-based attestation chains suitable for SLSA L3+ build standards.