PARTNERS

Add selected Workbench capabilities through bounded OEM and partner integrations

Deliverablesdeliverable
deliverable

Interoperability Figures

Canonical Markdown source for the Interoperability Figures.

Public sample
Client deliverable
public-sample
System
Interoperability Figures
Environment
Production pilot

# Interoperability Figures

INT-01

Canonical contracts between heterogeneous systems.

Canonical objects isolate security and learning semantics from any one vendor transport, endpoint, or proprietary data model.

Canonical objects isolate security and learning semantics from any one vendor transport, endpoint, or proprietary data model.

Vulnerability findingAttack traceEvidence artifactWorkforce resultLearning eventTRANSFORMATIONCanonical SecEngcontractsFindingEvidenceAttack TraceAttack Path ResultWorkforce ResultProduct-nativefindingQualified pathRetest resultReadinessevidenceLMS completionevent
INT-02

Protocol adapter versus vendor binding.

A portable adapter handles transport and normalization; a vendor binding adds endpoint, authentication, lifecycle, and sandbox behavior that must be independently validated.

A portable adapter layer that parses and normalizes canonical contracts is qualified into a validated vendor binding, both resting on a shared canonical foundation.

BEFOREPortable adapter layerParse and validate inputsNormalize canonical contractsPreserve identifiers andprovenanceMap supported lifecycle statesAFTERValidated vendor bindingEndpoint and authenticationspecificsVendor field mappingCreate and update semanticsSandbox and fixture validationSupported integration statusQUALIFIED INTOSHARED CANONICAL FOUNDATIONCanonical contracts and stable IDsEvidence semantics preservedLifecycle state preserved
INT-03

One object, round trip, lifecycle preserved.

Interoperability is complete only when identifiers, provenance, state transitions, and retest behavior survive the return to the partner workflow.

Interoperability is complete only when identifiers, provenance, state transitions, and retest behavior survive the return to the partner workflow.

Normalize • Enrich • Return • Retest
  1. 1
    Ingest
  2. 2
    Validate
  3. 3
    Normalize
  4. 4
    Enrich
  5. 5
    Project
  6. 6
    Return
  7. 7
    Update
  8. 8
    Retest
Return to stage 1 — lifecycle state preserved