Order to proof of delivery
Plan and group shipments, pick a carrier, tender, book, print labels and manifests, then track to proof of delivery.
TMS owns the movement record
Transport - transportation management (TMS)
TMS defines one transportation record for what was planned, who accepted it, where it is, why it is late, whether it was delivered and what the freight cost.
designed lifecycle
CX-Freight
carrier
LTL / 2-day
service
3
packages
evidence the record holds
booking response . label . manifest . tracking id . tracking events . POD . freight cost evidence

Transport capabilities
Connect transport planning, carrier handoff, tracking, proof of delivery and freight evidence in one governed record.
Order
Turn each request to move goods into one controlled order with its source, promise, mode and lifecycle.
Movement
Hold packages, stops, service level, carrier and tracking identity on one shipment record.
Carrier
Tender to carriers, capture acceptance and confirm bookings against contract and serviceability rules.
Tracking
Normalize carrier, telematics, manual and system milestones into one append-only timeline.
Delivery
Capture signature, photo, OTP or document as delivery evidence that is never silently edited.
Finance
Reconcile quoted, booked and invoiced freight, then send the variance to finance with evidence.
Exceptions
Classify delays, missed pickups, damage and overcharges, then recommend the safest approved next action.
The movement sequence
Every movement follows one ordered sequence, with a control on each transition - no booking without carrier acceptance and no delivery without proof.
01
Planned
Order becomes a shipment plan
02
Tendering
Offered to carriers
03
Booked
Carrier accepts
04
In transit
Tracking events land
05
Delivered
Proof of delivery captured
The problem

The approach

Freight in three directions
Carrier rules, tenders, bookings, labels and manifests work the same way in all three directions. A supplier collection and a customer return use the tools that already plan your outbound freight.
Plan and group shipments, pick a carrier, tender, book, print labels and manifests, then track to proof of delivery.
TMS owns the movement record
When you pay the freight, you plan the collection. Pick the carrier, book it, and track it against the purchase order.
Procurement owns the PO. The warehouse owns the dock
Customer returns, exchanges, failed deliveries, vendor returns, repairs and reusable packaging. Each gets its own return leg.
TMS moves it. It does not issue the refund
Exceptions, claims and recovery
You cannot raise an exception on a hunch. It needs the shipment, a category, a severity, an owner, a deadline, what you recommend doing, a reason, and the supporting documents.
Opening a claim freezes those documents. What the carrier sees is exactly what was on file when the claim was approved. Nothing closes until every request, approval and claim is settled.
A person sorts these, not a rule we guessed at. We do not assume your SLAs or your carrier agreements. Someone decides, and the record says who.
Nine categories
What we share onward leaves out reasons, private references and claim data. Another system learns a shipment is late. It does not learn what your dispute says.
Fleet, milk runs and cross-docking
Regular multi-stop runs get proper support. A reusable template, a trip sheet, a handover recorded at each stop, and vehicle time booked against the trip that ran.
A template holds the vehicle, driver, carrier, calendar and cargo type. You cannot edit one. Changing a regular run creates a new template, so the old trips still make sense.
Stops have real addresses and time windows counted from departure, limited by your service days and holidays. Each handover is recorded.
Route changes go through review instead of being edited in place. The trip that ran is still the trip that was planned.
The warehouse owns cross-dock transfers. Asset management owns whether a vehicle is roadworthy. TMS owns the trip and the stops.
Freight audit

TMS in the logistics stack
TMS connects planning, carrier handoff, tracking, proof of delivery and freight reconciliation while preserving clear ownership between systems.
Architecture
The architecture combines a controlled transport lifecycle, a governed agent surface and clear ownership boundaries across the Splenta family.
The transport lifecycle
One coherent record carries a movement from plan to proof of delivery. Each transition has a control - no booking without carrier acceptance, no delivery without proof - and corrections remain append-only.
Reference flow - outbound parcel
The Arin-over-MCP surface
Arin reads transport facts, classifies exceptions and prepares approval-bound actions. TMS validates policy and human approval before booking a carrier or resolving an exception.
MCP read resources
action tools (approval-gated)
Every mutating tool declares a required tms:* scope and an idempotency key. Booking, cancellation, retender, claim and freight-dispute actions need an approval state and a reason. Proposals stay proposals until TMS validates policy and a human approves.
The family boundary
TMS owns transport truth without taking ownership of orders, stock, procurement, accounting or fleet maintenance. Systems exchange information through REST, MCP and events.
Shape the concept
If your team works in the gap between the warehouse and the carrier, tell us how goods move and where visibility or accountability breaks down. Your operating priorities will help shape the first TMS implementation.