Where verifiable evidence changes the burden of proof.
Organizations are rarely challenged for lacking records. They are challenged when someone doubts whether those records can still be trusted — years later. GOVP is for every moment that question lands.
Six declarations, each fixed as verifiable evidence
Every card links to a real, cryptographically valid GOVP-1 record — each one passes the online verifier. Organizations and figures are illustrative; the signatures are real. A pass proves the integrity of the declaration, not the material truth of the claim.
Industry & manufacturing
Fix batch results, machine settings and operator declarations at the moment of production, so a later defect investigation relies on records that provably predate it.
Quality inspection
A pass result recorded against a specification for a production batch, fixed at inspection time — so the result cannot be quietly reissued to fit a later outcome.
Compliance
Demonstrate that control evidence was captured on time and never edited afterwards to fit an audit window — an internal control an outside party can trust on its own terms.
Audit
Fix an evidence package before external review, so assessors rely on data that predates their work — removing reliance on the auditee's own assurances.
ESG & disclosure
Fix a Scope 1 emissions figure at the moment of disclosure — the number the company committed to is preserved verbatim and cannot be silently restated later.
Where the sources layer and the mesh earn their keep
A single signature proves one declaration. Modern evidence is many heterogeneous signals from many parties. These cases use the Sources Verification Layer and the independence-weighted mesh — the part of GOVP that makes it a protocol, not a file format.
AI agents, models & datasets
Fix a model card, a dataset snapshot or an agent's operating declaration so an incident review can prove exactly what was deployed and what it was trained on — attributable to a domain identity, with in-toto provenance verified as a source before it counts.
IoT, calibration & robotic lines
Sensor readings, calibration certificates, firmware versions and PLC exports each pass a type-specific verifier — signature, authorization in an anchor registry they do not control, validity window — before feeding a trust calculation. No device validates itself.
Supply-chain consortia
Independent partners each publish and witness records. A claim's trust is computed from the number, independence and quality of the parties that corroborated it — T = V × I × Q — so one actor cannot manufacture consensus with Sybil copies of itself.
The same four layers, applied to your evidence
Any case above maps onto the protocol's layers. You choose how far up the stack you need to go — a single signed record is often enough; corroborated, multi-party claims use the whole stack.
Built for the teams who get asked to prove it
If your work is questioned long after it was done, you are who GOVP is for.
Industrial quality teams
Lot, inspection and calibration records that survive a defect investigation.
Compliance & audit
Control declarations and evidence packages an outside party can trust on their own terms.
Certification workflows
Evidence fixed before review, so assessors rely on what predates their work.
Software & AI teams
Release, model and dataset provenance that holds up in an incident review.
Operational risk
Operational evidence that holds years later, when a claim or dispute lands.
Regulated organizations
Third-party-verifiable declarations for regulators, insurers and courts.
Evidence you don't have to be trusted for
Start from a case close to yours — download the record, verify it, then break a byte and watch it fail.