GOOGLE CLOUD
- Google Agent Identity
- Verimand Authority Gateway
- VAGP v0.2
- real protected Google Cloud execution
MULTI-CLOUD AUTHORITY · PROOF OF VALUE
One frozen VAGP v0.2 authority protocol was live proven through Google Agent Identity and Microsoft Entra Agent Identity without treating provider IAM/RBAC as organisational authority.
DEMO BOUNDARY
This page is a marketing explainer. The separate CloudOps application is local, deterministic and not exposed as a public security endpoint. The cloud PoVs are bounded live evidence, not a public demo surface.
CROSS-PLATFORM EVIDENCE
One frozen authority protocol. Two real cloud identity ecosystems. Same organisational authority model.
Google Agent Identity
Secret-version state
VAGP v0.2 live PoV completeDevelopment executed. Production blocked by NO_AUTHORITY. Post-DERIVE revocation rejected. Experimental, not a production service.
docs/pov/verimand-multicloud-authority-pov-v0.2.md · 2026-09-08
Entra Agent Identity
Azure VM operation
VAGP v0.2 live PoV completeDevelopment VM deallocated. Production blocked by NO_AUTHORITY. Post-DERIVE revocation rejected. Experimental, not a production service.
docs/pov/verimand-multicloud-authority-pov-v0.2.md · 2026-09-08
Evidence snapshot · 8 September 2026. Identity layer differs per cloud. Verimand complements IAM/RBAC; it does not replace them. No production readiness claim.
AUTHORITY_CONFIRMED → BIND → DERIVE → VERIFY. Real cloud resource changed state.
Authentication succeeded. Gateway technically capable. Authority did not. No execution.
Grant derived. Exact Mandate revoked before VERIFY. VERIFY rejected. No execution.
Google used Google Agent Identity and protected Secret Manager execution. Azure used Entra Agent Identity and protected ARM VM execution. In both cases, the Verimand Authority Gateway ran the same VAGP v0.2 RESOLVE → BIND → DERIVE → VERIFY authority model.
A: authorised development action reached VERIFIED and changed real cloud state. B: production-labelled action authenticated and the gateway was technically capable, but VAGP returned NO_AUTHORITY and no execution occurred. C: after DERIVE, exact Mandate revocation caused VERIFY to reject and no provider call executed.
This is an experimental PoV, not a public live demo or production service. The VM examples below are educational simulations; the consolidated evidence package records which live cloud states were actually observed.
SANITIZED SIX-CASE MATRIX
The public evidence package distinguishes provider invocation, VERIFY outcome and observed resource state. Raw traces, tenant identifiers, principal identifiers, credentials, secret values and internal witness payloads stay out of the public artifact.
cloud.secret.version.disablesecret:development:01AUTHORITY_CONFIRMED -> BOUND -> GRANT_DERIVEDVERIFIEDSecret Manager version-state operation invoked.cloud.secret.version.disablesecret:production:01NO_AUTHORITYNOT_REACHEDNot invoked.cloud.secret.version.disablesecret:development:01AUTHORITY_CONFIRMED -> BOUND -> GRANT_DERIVEDREJECTEDNot invoked.cloud.vm.stopvm:development:01AUTHORITY_CONFIRMED -> BOUND -> EXECUTION_GRANT_DERIVEDVERIFIEDARM VM operation invoked.cloud.vm.stopvm:production:01NO_AUTHORITYNOT_REACHEDNot invoked.cloud.vm.stopvm:development:01AUTHORITY_CONFIRMED -> BOUND -> EXECUTION_GRANT_DERIVEDREJECTEDNot invoked.THE EXACT REQUEST
The request is deliberately concrete. Subject, action and resource must remain exact through RESOLVE, BIND, DERIVE and VERIFY.
INTERACTIVE EXPLAINER
cloud://eu-west/dev/vm-204
Exact subject, action and resource remain bound end to end.
WHAT THE POV PROVES
An exact development request reaches VERIFIED and the application records EXECUTED.
Development authority cannot authorise a production resource; the application remains BLOCKED.
Current-path validation at VERIFY rejects a now-revoked witness before consequence.
Process-local verifier state prevents the same semantic Grant from producing another verified execution inside the stated single-instance scope.
WHAT IT DOES NOT CLAIM
The current Execution Grant is unsigned and process-local. The PoV does not claim cryptographic portability, durable replay protection, distributed state or an enterprise control plane.
Portable signed grants, cryptographic receipts, persistent state and production-grade cloud integrations remain planned. The live Google and Azure PoVs do not establish those capabilities.
Production deployment capabilities · Planned