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Solution Power-Pair Routes | IronKernel Solutions

Cross-route power-pair pages that map recurring solution outcomes to paired product execution paths.

Dispatch Confidence

Dispatch confidence: Dispatch decisions are stabilized when readiness, credentials, and asset state are checked before assignment.

Formula: Crew + CMMS -> TMS

Source solution: Dispatch confidence

Assignments degrade when readiness and dispatchability context are checked too late.

Open route
Source solution Open linked product route

Power-pair proof

  • 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

Compliant Speed

Dispatch confidence: Dispatch decisions are stabilized when readiness, credentials, and asset state are checked before assignment.

Formula: Crew -> TMS

Source solution: Dispatch confidence

Assignments degrade when readiness and dispatchability context are checked too late.

Open route
Source solution Open linked product route

Power-pair proof

  • 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

Dock-to-Load Sync

Yard throughput: Gate, dock, and appointment behavior stays coordinated when yard workflows are linked to dispatch context.

Formula: TMS <-> YMS

Source solution: Yard throughput

Gate and dock state drift creates throughput bottlenecks and avoidable idle time.

Open route
Source solution Open linked product route

Power-pair proof

  • YMS gate operation execution is implemented with dedicated gate rule modules and geofence-ready integrations.

    verified

    docs/products/yms/product.md · Module Catalog > Gate Operations

    Code: backend/services/yms/internal/modules/gates

    Contract: proto/yms/gates/v1

  • YMS gate execution is implemented in dedicated gate modules.

    verified

    docs/products/yms/product.md · Module Catalog > Gate Operations

    Code: backend/services/yms/internal/modules/gates

    Contract: proto/yms/gates/v1

Detention Detection

Yard throughput: Gate, dock, and appointment behavior stays coordinated when yard workflows are linked to dispatch context.

Formula: YMS -> TMS

Source solution: Yard throughput

Gate and dock state drift creates throughput bottlenecks and avoidable idle time.

Open route
Source solution Open linked product route

Power-pair proof

  • YMS gate operation execution is implemented with dedicated gate rule modules and geofence-ready integrations.

    verified

    docs/products/yms/product.md · Module Catalog > Gate Operations

    Code: backend/services/yms/internal/modules/gates

    Contract: proto/yms/gates/v1

  • YMS gate execution is implemented in dedicated gate modules.

    verified

    docs/products/yms/product.md · Module Catalog > Gate Operations

    Code: backend/services/yms/internal/modules/gates

    Contract: proto/yms/gates/v1

Healthy Yards

Maintenance and dispatchability: Maintenance posture remains actionable when dispatchability and work execution share the same readiness context.

Formula: CMMS + YMS

Source solution: Maintenance and dispatchability

Maintenance and dispatch decisions are often disconnected from each other in day-to-day execution.

Open route
Source solution Open linked product route

Power-pair proof

  • CMMS asset dispatchability state is maintained in fleet modules and shared to downstream execution planners.

    verified

    docs/products/cmms/product.md · Module Catalog > Asset Registry and Dispatchability

    Code: backend/services/cmms/internal/modules/assets

    Contract: proto/cmms/fleet/v1

  • CMMS dispatchability workflows are implemented in asset and fleet modules.

    verified

    docs/products/cmms/product.md · Module Catalog > Asset Registry and Dispatchability

    Code: backend/services/cmms/internal/modules/assets

    Contract: proto/cmms/fleet/v1

Dispatchability Assurance

Maintenance and dispatchability: Maintenance posture remains actionable when dispatchability and work execution share the same readiness context.

Formula: Crew + CMMS -> TMS

Source solution: Maintenance and dispatchability

Maintenance and dispatch decisions are often disconnected from each other in day-to-day execution.

Open route
Source solution Open linked product route

Power-pair proof

  • CMMS asset dispatchability state is maintained in fleet modules and shared to downstream execution planners.

    verified

    docs/products/cmms/product.md · Module Catalog > Asset Registry and Dispatchability

    Code: backend/services/cmms/internal/modules/assets

    Contract: proto/cmms/fleet/v1

  • CMMS dispatchability workflows are implemented in asset and fleet modules.

    verified

    docs/products/cmms/product.md · Module Catalog > Asset Registry and Dispatchability

    Code: backend/services/cmms/internal/modules/assets

    Contract: proto/cmms/fleet/v1

Driver-First Execution

Field execution continuity: Field execution remains durable through connectivity gaps when mobile workflows replay deterministically.

Formula: Pilot + TMS

Source solution: Field execution continuity

Connectivity gaps can break mobile execution timelines and reconciliation.

Open route
Source solution Open linked product route

Power-pair proof

  • Pilot trip workflows and stop progression are implemented in mobile load and stop views.

    verified

    docs/products/pilot/product.md · Module Catalog > Trip and Stop Management

    Code: frontend/apps/mobile/src/pages/Loads.tsx

    Contract: proto/tms/loads/v1

  • Pilot trip and stop workflows are implemented in mobile and load components.

    verified

    docs/products/pilot/product.md · Module Catalog > Trip and Stop Management

    Code: frontend/apps/mobile/src/components/load

    Contract: proto/tms/loads/v1

Mobile Compliance Speed

Field execution continuity: Field execution remains durable through connectivity gaps when mobile workflows replay deterministically.

Formula: Crew -> TMS

Source solution: Field execution continuity

Connectivity gaps can break mobile execution timelines and reconciliation.

Open route
Source solution Open linked product route

Power-pair proof

  • Pilot trip workflows and stop progression are implemented in mobile load and stop views.

    verified

    docs/products/pilot/product.md · Module Catalog > Trip and Stop Management

    Code: frontend/apps/mobile/src/pages/Loads.tsx

    Contract: proto/tms/loads/v1

  • Pilot trip and stop workflows are implemented in mobile and load components.

    verified

    docs/products/pilot/product.md · Module Catalog > Trip and Stop Management

    Code: frontend/apps/mobile/src/components/load

    Contract: proto/tms/loads/v1

Zero-to-Onboarded

Commercial to execution: Commercial handoff friction drops when conversion and execution planning are connected by shared identifiers.

Formula: CRM -> TMS

Source solution: Commercial to execution

Commercial handoff friction slows the move from opportunity conversion to execution readiness.

Open route
Source solution Open linked product route

Power-pair proof

  • CRM modules support intake processing, route projection, and qualification lifecycle evidence.

    verified

    docs/products/crm/product.md · Module Catalog > Intake & Qualification

    Code: backend/services/crm/internal/modules/intake

    Contract: proto/crm/intake/v1

  • CRM intake and qualification flows are implemented in dedicated modules and contracts.

    verified

    docs/products/crm/product.md · Module Catalog > Intake & Qualification

    Code: backend/services/crm/internal/modules/intake

    Contract: proto/crm/intake/v1

Revenue-to-Execution

Commercial to execution: Commercial handoff friction drops when conversion and execution planning are connected by shared identifiers.

Formula: Execution-Aware Sales -> Load Lifecycle

Source solution: Commercial to execution

Commercial handoff friction slows the move from opportunity conversion to execution readiness.

Open route
Source solution Open linked product route

Power-pair proof

  • CRM modules support intake processing, route projection, and qualification lifecycle evidence.

    verified

    docs/products/crm/product.md · Module Catalog > Intake & Qualification

    Code: backend/services/crm/internal/modules/intake

    Contract: proto/crm/intake/v1

  • CRM intake and qualification flows are implemented in dedicated modules and contracts.

    verified

    docs/products/crm/product.md · Module Catalog > Intake & Qualification

    Code: backend/services/crm/internal/modules/intake

    Contract: proto/crm/intake/v1

How to use power-pair routes

Use these routes to validate repeatable interaction points across solutions, pathways, and features.

  1. 1. Start from the route formula

    Open the detail page and confirm problem, outcome, and linked solution/product context.

  2. 2. Validate workflow continuity

    Walk the mapped product and feature routes to inspect behavior at each interaction point in sequence.

  3. 3. Compare against benchmark and proof routes

    Use linked continuity routes to validate that the same signal appears in journey, benchmark, and proof-map routes.