Verifiable software lifecycles
DevSecOps tells you a pipeline ran. TrustOps proves what it did. Every build, test, approval and deployment is signed inside trusted hardware, chained into a tamper-evident ledger, and verifiable by anyone you hand the evidence to — auditors, regulators, insurers, customers.
The problem
Scanners, gates and dashboards produce claims. When an auditor, a regulator or a customer asks you to demonstrate what ran, who approved it and what went into the artifact, all you have is a screenshot and a log that anyone with write access could have edited.
TrustOps · verifiable development & operational processes
From commit to evidence
Instrument once, attest on every run, verify whenever anyone asks. No change to how your engineers work.
GitHub Actions, GitLab CI, Jenkins, Argo — one connector per pipeline. We read job metadata and write attestations. We never see your source, and signing keys never leave your hardware.
Each job emits a signed in-toto statement bound to a hardware root of trust and anchored in an append-only transparency log. Nothing is written after the fact, and nothing can be rewritten later without breaking the chain.
Export a signed evidence bundle, or let an auditor verify it themselves with the open-source CLI. Verification is offline, deterministic and needs no access to your systems — and no trust in us.
The platform
Current DevSecOps practices improve security but stop short of evidence. Each pillar closes one half of that gap.
The evidence
Tamper-proof evidence collected with trusted hardware and modern cryptography. Every action is signed at the moment it happens, not reconstructed afterwards.
The chain
Source, build, dependencies, tests, approvals and deployment link into a single chain. A missing link is as visible as a forged one.
The policy
Encode regulatory controls as machine-checked gates. Releases that fail a control never ship, and the ones that pass carry the proof with them.
The audit
Trust is measured continuously instead of once a year. Auditors, insurers and customers query live evidence rather than requesting a point-in-time report.
Hardware anchored
A signature is only worth the key behind it. TrustOps binds every attestation to a hardware root of trust — a TPM, a confidential enclave, or a transparency log — so evidence cannot be forged by anyone who merely has write access.
Roots of trust
Evidence is only as strong as the hardware that signs it. Pin a root of trust per environment, or let TrustOps select the strongest one available on each runner.
Strongest available root, zero configuration.
Discrete TPM measured boot on your own runners.
Intel TDX or AMD SEV-SNP with remote attestation.
Sigstore OIDC identities with transparency-log anchoring.
TrustOps probes each runner, picks the strongest root of trust it can attest to, and records which one it used. Downgrades are logged as policy events — never silently accepted.
Where it lands
Automate audit trails for financial, health and public-sector systems. Satisfy DORA, NIS2 and CRA obligations with cryptographic proof instead of documentation about documentation.
Add verifiability to the pipelines you already run. Every build, test and deployment is signed and auditable — so a supply-chain question becomes a query, not an investigation.
Give insurers and auditors a measurable, evidence-backed security posture. Price risk on observed practice rather than a questionnaire filled in once a year.
Pricing
No per-attestation metering. No charge for handing evidence to a third party. Verification is open source and always free.
Starter
For small teams putting their first pipeline under evidence.
Get startedPro
For teams shipping into regulated environments every week.
Contact salesEnterprise
For organisations with sovereignty and custody requirements.
Book a callGet started
Tell us which pipeline hurts most at audit time. We will show you what its evidence chain looks like within a week.