TMS: DVIR (Driver Vehicle Inspection Reports)
DVIR capture and defect workflows are reachable through DriverService and integrated with workflow surfaces.
Capability
How it works
- 1 DVIR capture and defect workflows are reachable through DriverService and integrated with workflow surfaces.
- 2 Fleet safety and driver inspection states are represented through shared handler composition.
Operational outcomes
- DVIR capture and defect workflows are reachable through DriverService and integrated with workflow surfaces.
- Fleet safety and driver inspection states are represented through shared handler composition.
Integration boundaries
- TMS↔CMMS Fleet Integration
- TMS↔Crew Personnel Integration
- TMS↔YMS Yard Coordination
Proof model
Feature-level proof
DVIR (Driver Vehicle Inspection Reports) scope is defined in product module catalog.
verified
docs/products/tms/product.md · Module Catalog > DVIR (Driver Vehicle Inspection Reports)
TMS load lifecycle orchestration includes planning, persistence, and downstream contract surfaces.
verified
docs/products/tms/product.md · Module Catalog > Load Lifecycle and Planning
Code: backend/services/tms/internal/modules/loads
Contract: proto/tms/loads/v1
TMS load lifecycle workflows are implemented in service modules and proto contracts.
verified
docs/products/tms/product.md · Module Catalog > Load Lifecycle and Planning
Code: backend/services/tms/internal/modules/loads
Contract: proto/tms/loads/v1
Solution routes that reuse this feature
Open these solution and feature-map routes to test this behavior in end-to-end buyer workflows (4).
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.
Commercial to execution
Outcome: Converted commercial records move into execution with less re-entry and clearer ownership.
Commercial handoff friction drops when conversion and execution planning are connected by shared identifiers.
Maintenance and dispatchability
Outcome: Asset maintenance posture and dispatchability context remain visible through execution windows.
Maintenance posture remains actionable when dispatchability and work execution share the same readiness context.
Yard throughput
Outcome: Site execution is coordinated through shared gate, dock, and appointment workflows.
Gate, dock, and appointment behavior stays coordinated when yard workflows are linked to dispatch context.
Continuity routes for this capability
Route-level continuity checks where this feature appears in product-pair workflows.
Compliant Speed
Formula: Crew -> TMS
Open continuity routeDetention Detection
Formula: YMS -> TMS
Open continuity routeDispatch Confidence
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.