Studio
Human-facing CoreX operating surface.
This page is the human presentation of the same machine-readable catalogue used by integrations.
Human-facing CoreX operating surface.
Public verification entry surface.
Resolve a canonical living object and current trust state.
Human-readable lifecycle-aware trust receipt.
Service tiers, assurance, disclosure and reference catalogue.
Capabilities, standards, vertical profiles and readiness.
Credential verification.
Portable credential projection.
Commercial proof and current source lifecycle.
Versioned read-only OpenAPI contract for public trust APIs.
Reusable asset/capability catalogue with usage, composition, maturity and packaging metadata.
Adapter Framework V2 manifest and production-acceptance catalogue; metadata does not activate adapters.
Provider certification dossiers compiled from Adapter Framework V2; kit readiness does not grant live provider acceptance.
Generated AsyncAPI projection for canonical event/webhook contracts.
Deterministic network-adapter conformance catalogue; not production acceptance.
Deterministic test-clock evaluation without production time authority.
Execute a registered synthetic provider with no production side effects.
Read telemetry-export readiness without revealing provider endpoints or headers.
Read canonical standards maturity/evidence profiles with formal claims fail-closed.
Read EUDI ARF 3.0.0/FCAF target-alignment and evidence requirements.
Read ISO 20022 semantic projection targets; no formal message conformance claim.
Read a deterministic supply-chain evidence projection example.
Side-effect-free Trust Fabric policy evaluation.
Side-effect-free offline verification assessment.
Versioned side-effect-free example payloads and sandbox boundaries.
Public Verify, Trust Receipt and authenticated workspaces are deployed.
Public Verify and Trust Receipt are responsive; Studio/workspace responsive shell is activation-ready.
Responsive web layouts are compatible; dedicated tablet acceptance remains a release test rather than a new architecture.
QR-linked verification surfaces are implemented; credential QR issuance remains coupled to credential persistence readiness.
Mobile-first shell and offline semantics exist; installability/service-worker caching remains a separate activation step with strict trust-data cache boundaries.
W3C VC projection exists; live OpenID wallet transports/interoperability remain gated.
CoreX verification, trust infrastructure, credential and living-object APIs are deployed.
Signed lifecycle/webhook receiver paths exist; some source ingress remains externally gated.
Provider-neutral event/object architecture supports machine/device sources; device-specific adapters remain deployment-specific.
Offline verification policy semantics are activation-ready; offline results must never claim live lifecycle freshness.
Resilient sync contracts support offline/2G/3G queueing, idempotency, small-batch metadata-first transfer, compression guidance and deferred large binaries; installable client queue/service-worker transport remains to be activated per client surface.
OPENID-CONNECT-1.0 · Federated authenticated identity and subject context.
OAUTH-2.X · Scoped protected-resource authorization between clients, services and APIs.
FIDO2-WEBAUTHN · Phishing-resistant authentication and passkey-capable holder or administrator access.
SCIM-2.0 · Enterprise subject, group and lifecycle provisioning without making an external directory canonical for CoreX trust decisions.
W3C-VC-2.0 · Portable privacy-minimal credential projection over canonical CoreX credential records; transport and formal conformance remain separate gates.
OPENID4VCI-1.0 · Provider-neutral credential-issuer metadata and credential-configuration foundations over canonical CoreX credentials; live authorization/credential endpoints remain an activation gate.
OPENID4VP-1.0 · Policy-controlled presentation-definition foundations for verifier requests; live wallet transport remains an activation gate.
EUDI-ARF · Future EU wallet issuer-holder-verifier interoperability where applicable.
OPEN-BADGES-3.0 · Portable achievement and learning credential presentation where the credential schema is suitable.
GS1-EPCIS-2.X · Project canonical CoreX custody, transformation and provenance events into EPCIS-style visibility events without transferring canonical authority to the projection.
UDI-REGULATORY-SOURCE · Resolve medical-device identifiers to jurisdiction-specific regulatory source references while preserving competent-source authority.