Freight Custody / Category

The handoff is a decision, not a blank space.

Freight Custody is the discipline of connecting expected transaction context to the people, equipment, authorization, and time observed when possession changes.

See the handoff logic
A dock operations professional using a tablet beside an arriving tractor-trailer Physical handoff / operational view
Expected contextBooking + assignment
Custody boundaryConfirm before release
Observed handoffArrival + authorization

Why the category matters

Movement systems track freight. The custody moment needs its own record.

Phone calls, forwarded documents, screenshots, and operating assumptions can move a load forward while leaving the physical handoff difficult to reconstruct.

Freight Custody focuses attention on that gap: matching the expected transaction to the observed arrival and recording who authorized release.

Continuity across the event

Across the shipment. One reviewable line.

The framework does not replace dispatch, brokerage, transportation, or claims processes. It adds structured custody context around the handoff.

  1. 01

    Dispatch context

    Establish the carrier and assignment expected for the freight transaction.

  2. 02

    Pickup handoff

    Relate the arriving driver and equipment to the load and document authorization.

  3. 03

    Delivery handoff

    Carry the same custody discipline into the receiving-side transfer.

  4. 04

    Retained history

    Keep the evidence and timestamps needed to review the custody events afterward.

Where teams apply it

Use more diligence where uncertainty carries more weight.

The framework can support new carrier onboarding, pickup verification, high-value or fraud-sensitive shipments, delivery handoff documentation, risk review, and post-incident analysis.

Decision point What evidence should be connected before freight is released? See the SpotLock workflow

Put a record around the custody moment.

See how SpotLock can support the verification and authorization steps in your operation.