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Detention Detection | IronKernel Solutions

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

Problem statement

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

Target outcome

Site execution is coordinated through shared gate, dock, and appointment workflows.

Power-pair formula

Pair name: Detention Detection

Formula: YMS -> TMS

Source solution: Yard throughput

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Workflow map

Walk these steps to validate cross-product continuity for this power-pair.

  1. Step 1

    Capture gate state transitions

    Gate workflows produce clean arrival and departure evidence for each yard movement.

    Open related route

  2. Step 2

    Coordinate dock windows

    Dock scheduling aligns appointment windows with active operational constraints.

    Open related route

  3. Step 3

    Tie yard execution to dispatch

    Dispatch operations consume yard state to reduce avoidable dwell and missed handoffs.

    Open related route

Validation checklist

  • Gate events and dock slots map to the same execution timeline.
  • Yard exceptions are visible to dispatch without manual relay.
  • Dwell and handoff outcomes are auditable from linked workflows.

Proof model

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