Signed SLSA provenance
Each artifact carries signed provenance so you can verify it came from your build.
Secure
Supply Chain Security
Prove what you shipped is what you built
Signed provenance following SLSA records how and where each artifact was produced, so you can trace a release back to its build. Image-freshness and digest-pin policy keep deployments on the exact, current artifacts you intend to run. Risky artifacts are quarantined before they reach production, giving you a defensible chain from build to deploy.
- A traceable chain from every build event to every production deployment
- The exact image you approved is what runs in production, not a tag that drifted or was overwritten
- Artifacts that fail your checks are stopped before they reach production, with a recorded reason behind every hold
The problem
When a vulnerability is traced to a running container, you need to know exactly how that image was produced and whether it matches what your build approved. Without signed provenance and enforced digest pinning, the link between what you built and what you deployed exists only in assumption, and a substituted or stale image can reach production with nothing to stop it.
Without IntegraCI
- No proof that what runs in production matches what the build produced
- Images resolved by mutable tag, not a pinned digest
- Stale or altered artifacts reach production undetected
- Risky artifacts must be caught manually before a release ships
With IntegraCI
- Signed provenance ties every artifact back to the build that produced it
- Digest-pin policy locks each deployment to the exact approved image
- Freshness checks flag stale images before they can ship
- Artifacts that fail verification are quarantined before they can reach production
What you get
Digest-pin policy
Deployments resolve to a pinned digest so you run the exact image you approved.
Image-freshness checks
Policy flags stale images so old or unintended artifacts do not slip into a release.
Artifact quarantine
Artifacts that fail your checks are held back before they can reach production.
How it works
- 1
Sign at build
Your build emits signed provenance tying the artifact to how it was produced.
- 2
Enforce on deploy
Digest-pin and freshness policy verify the artifact when you go to ship it.
- 3
Quarantine risk
Anything that fails verification is quarantined instead of promoted.
How it stays governed
The same gates everyone passes, applied here.
Gated by policy
Policy as code defines which artifacts are allowed to deploy. Digest-pin and freshness requirements are evaluated at deploy time, and any artifact without valid signed provenance is blocked before it can proceed. The same rule set applies across every connected build and deployment system, so a check cannot be skipped by routing around a pipeline step.
Recorded, tamper-evident
Every provenance verification, policy evaluation, and quarantine decision writes once to a tamper-evident audit trail, recording the artifact identity, the rule evaluated, and the outcome. You can trace any deployed artifact back to the exact build event that produced it.
A human in the loop
A quarantined artifact cannot be promoted to production without explicit human sign-off. The workflow pauses for review rather than waving the artifact through, so the decision to release is always deliberate and attributed to a person.
Works with your stack
Connect the tools you already run.
Provenance is captured at build time and enforced at deploy time, spanning your CI pipeline, container registry, and deployment toolchain.
- Atlassian
- Gerrit
- Gitea
- GitHub
- GitLab
- Microsoft
- Akuity
- Amazon Web Services
- Buildkite
- CircleCI
- CNCF Tekton
- Drone CI
- Harness
- Jenkins
- Apple
- Argo Project
- AWS
- Cloudflare
- +43 more
Who it’s for
Where teams reach for it.
Prove the chain of custody after an incident
When an auditor or incident responder asks what ran in production and how it got there, signed SLSA provenance and a tamper-evident audit trail give you a traceable answer back to the specific build that produced each artifact.
Prevent tag-mutable images from silently changing what ships
Digest-pin policy ensures that deployments always resolve to the exact image digest you approved. A tag that gets overwritten or reused cannot change what reaches a production cluster without the policy catching it.
Hold releases after a newly discovered vulnerability
When a CVE surfaces mid-release cycle, image-freshness and quarantine policy stop artifacts that no longer meet your standards before they can be promoted, giving your team time to respond without a manual watch on every pipeline.
Questions, answered.
Does IntegraCI replace our container registry or image scanner?
No. IntegraCI orchestrates and gates the tools you already run. Your registry stores images and your scanner evaluates them. IntegraCI enforces the policy that decides what is allowed to proceed based on those results.
How are the digest-pin and freshness rules defined?
Rules are expressed as policy as code and applied consistently at deploy time. You define what constitutes an acceptable artifact, and IntegraCI evaluates every deployment against that rule set without exception.
What happens to a quarantined artifact? Can it be promoted automatically once it clears a check?
A quarantined artifact waits for explicit human review. Nothing moves to production automatically. A person must sign off before a held artifact can be released, so the decision is always deliberate and recorded.
Which build systems and registries does this work with?
IntegraCI connects to your existing CI pipeline and deployment toolchain through its connector layer. Provenance is captured at build time across connected CI systems and verified against your policy when you go to deploy.
Put Supply Chain Security on your stack.
Request a demo, or read the docs to see how it fits the tools you already run.