Find the inputs, revisions and environments behind a result.
Know exactly what produced an AI artifact and what it affects.
AI provenance is the evidence chain behind a model, dataset or application. Zippri represents lineage as connected signed states so teams can trace an artifact backward to its inputs and forward to the benchmarks, releases or deployments that depend on it.
From notes to an evidence graph
A provenance graph can include repository identity, immutable revisions, Git commits, CAS manifests, environment capsules, dependencies, checkpoints, verification and release state. This provides a stronger basis for audit and reproducibility than a manually edited description.
See releases, deployments and dependent assets affected by a change.
Do not treat old evidence as current after material identity changes.
Impact analysis when something changes
When an upstream dependency or artifact changes, downstream evidence may become stale. Zippri can use the lineage graph to identify which verification, benchmark, release or deployment decisions need attention.
Signed snapshots and currentness
Provenance is useful only if teams can distinguish the evidence that matched an earlier artifact from the evidence that matches the current artifact. Zippri keeps that current/stale distinction explicit.
Common questions about AI Provenance
What is AI model provenance?
It is the traceable record of the sources, data, code, environments, transformations and decisions associated with an AI artifact.
Is provenance the same as model versioning?
No. Versioning identifies states; provenance explains the relationships and evidence that connect those states.
Why does provenance matter for production AI?
It helps teams reproduce results, investigate changes, verify dependencies and avoid deploying an artifact under evidence that belonged to an earlier state.