Crew: ATS Integration & Control Plane
ATS coexistence states (mirror/proxy/cutover) are supported with identity reconciliation and drift handling.
Capability
How it works
- 1 ATS coexistence states (mirror/proxy/cutover) are supported with identity reconciliation and drift handling.
- 2 Reconciliation and authority-policy control plane supports safe migration across operator modes.
- 3 Control-plane parity now emits per-mode certification matrix rows with explicit dependency failure codes and downstream contract...
- 4 Standalone ATS tenant mode is supported via configurable provider allowlists and standalone-aware operator UX (no hidden...
Operational outcomes
- ATS coexistence states (mirror/proxy/cutover) are supported with identity reconciliation and drift handling.
- Reconciliation and authority-policy control plane supports safe migration across operator modes.
- Control-plane parity now emits per-mode certification matrix rows with explicit dependency failure codes and downstream contract...
Integration boundaries
- Identity & Lifecycle
- Readiness & Eligibility
Proof model
Feature-level proof
ATS Integration & Control Plane scope is defined in product module catalog.
verified
docs/products/crew/product.md · Module Catalog > ATS Integration & Control Plane
Crew readiness and eligibility signals are implemented for assignment-gating workflows.
verified
docs/products/crew/product.md · Module Catalog > Readiness & Eligibility
Code: backend/services/crew/internal/readiness
Contract: proto/crew/v1
Crew readiness and eligibility decisions are implemented in dedicated service modules.
verified
docs/products/crew/product.md · Module Catalog > Readiness & Eligibility
Code: backend/services/crew/internal/readiness
Contract: proto/crew/v1
Solution routes that reuse this feature
Open these solution and feature-map routes to test this behavior in end-to-end buyer workflows (2).
Dispatch confidence
Outcome: Dispatch decisions are anchored in shared readiness and asset state before assignment.
Dispatch decisions are stabilized when readiness, credentials, and asset state are checked before assignment.
Field execution continuity
Outcome: Trip and compliance actions remain durable through offline capture and replay.
Field execution remains durable through connectivity gaps when mobile workflows replay deterministically.
Continuity routes for this capability
Route-level continuity checks where this feature appears in product-pair workflows.
Compliant Speed
Formula: Crew -> TMS
Open continuity routeDispatch Confidence
Formula: Crew + CMMS -> TMS
Open continuity routeDispatchability Assurance
Formula: Crew + CMMS -> TMS
Open continuity routeOperational validation path
Use adjacent feature and solution routes to inspect how this capability participates in cross-product execution.