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Driver-First Execution | IronKernel Solutions

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

Problem statement

Connectivity gaps can break mobile execution timelines and reconciliation.

Target outcome

Trip and compliance actions remain durable through offline capture and replay.

Power-pair formula

Pair name: Driver-First Execution

Formula: Pilot + TMS

Source solution: Field execution continuity

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Workflow map

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

  1. Step 1

    Operate trips and stops from mobile context

    Trip and stop workflows provide assignment context and execution actions in the field.

    Open related route

  2. Step 2

    Persist execution actions offline

    Offline queue and replay reliability preserves ordered updates across connectivity gaps.

    Open related route

  3. Step 3

    Reconcile readiness and compliance state

    Credential posture remains connected to operational eligibility as field updates synchronize.

    Open related route

Validation checklist

  • Offline actions replay in deterministic order after reconnect.
  • Trip progression remains visible during intermittent network periods.
  • Credential and compliance posture stays linked to active execution.

Proof model

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