Every build is attested. Every byte is accounted for. Every deployment is cryptographically verifiable. No trust required — only math.
sha256:e3b0c44298fc1c14...b855You deploy operating systems you cannot inspect. You run software on machines you cannot audit. Between the source code and the running system, there are a hundred steps — and you can verify none of them.
CI/CD pipelines produce binaries you hope match the source. Hope is not a security strategy.
A compromised build server, a supply-chain attack, a rogue insider — you'd never know.
Compliance checklists verify process, not output. You prove you followed steps, not that the result is correct.
Your OS image is assembled from a declarative recipe in an isolated, reproducible environment. Every package, every config file, every byte is logged.
Deterministic builds from source-controlled recipesThe build output is hashed and signed with a hardware-rooted key. A signed attestation binds the recipe inputs to the exact image produced.
SHA-256 hash chain with TPM-backed signingAnyone with the attestation can independently verify that the running system matches the declared recipe. No trust in us required.
Third-party verifiable, publicly auditableEvery layer of the stack is hashed and linked to the next. Tamper with any single byte and the entire chain breaks. There is no way to silently modify the system.
a1c4f8...7b2e91...d3f0a6...e3b0c4...9f1d27...Prove that deployed systems match approved configurations. Meet NIST 800-53 and CMMC requirements with cryptographic evidence.
FDA 21 CFR Part 11 compliance with verifiable compute environments. Every validation run is tamper-evident.
Auditable trading infrastructure. Prove to regulators that production systems haven't been modified since approval.
IEC 62304 compliant software lifecycle with cryptographic build provenance for Class II and III medical devices.
Verified Compute is available for enterprise evaluation. Talk to our team to schedule a technical deep-dive and see a live attestation.