Carrier comparison and selection
Compare eligible carriers using available rates, service commitments, capacity, and agreed rules. Assign an owner for unavailable options, incomplete rates, and decisions requiring review.
Software · Cloud
Data · AI

A Transportation Management System supports freight planning, carrier selection, tendering, shipment events, and cost review within agreed modes, lanes, and partner connections.
A Transportation Management System supports freight planning, carrier selection, tendering, shipment events, and cost review within agreed modes, lanes, and partner connections.
A TMS supports inbound or outbound freight work such as comparing eligible carriers, tendering loads, collecting shipment events, and reviewing costs. Evaluate the selected product against contracted services, modes, partner coverage, and the decisions transport staff need to make.
Existing carrier tools, logistics-provider services, or business systems may already meet some transport needs. A dedicated TMS is a choice when the assessed planning, execution, cost, or visibility work requires more coordination.
A useful system earns its place by making records, workflows, controls, or decisions easier to own.
Compare eligible carriers using available rates, service commitments, capacity, and agreed rules. Assign an owner for unavailable options, incomplete rates, and decisions requiring review.
Relate recorded quotes, charges, invoices, and adjustments to shipments, carriers, lanes, and customers. Reconcile missing charges and disputed costs before using the figures for decisions.
Collect available partner events from tender to delivery. Show source and update timing, and define who investigates delayed, missing, or disputed events.
Compare consolidation opportunities against delivery commitments, capacity, handling needs, and actual rates before approving a load plan.
TMS is part of PHASE 2: PROCESS AUTOMATION. Sequence it around the records, workflows, and people it depends on.
Agree shipment identity, addresses, dimensions, service requirements, rate sources, carrier connections, and decision authority. Confirm which inputs and acknowledgements are available before automating selection or tendering.
An AI assistant could summarize shipment exceptions from approved carrier events and order commitments. Transport or customer-service staff verify the sources, update timing, and missing confirmations before communicating a changed delivery expectation. Compare investigation and review effort with the current task; a focused application can progress while wider improvements are phased.
Implementing TMS without cleaning up address data and carrier master. Garbage addresses produce garbage routing and exception handling.
Agree who maintains carrier events and owns delayed or incomplete shipments. Have transport and customer-service teams practice revising a delivery update and communicating the exception.
Read adjacent system pages to understand where records, handoffs, and governance boundaries should sit.
See how this system connects to the records, workflows, and operating controls around TMS.
Read explainerRelated SystemSee how this system connects to the records, workflows, and operating controls around TMS.
Read explainerRelated SystemSee how this system connects to the records, workflows, and operating controls around TMS.
Read explainerRelated SystemSee how this system connects to the records, workflows, and operating controls around TMS.
Read explainerStart with the operating task, its owner, and the information it needs. These operating stages and Roadmap Solutions explain possible changes. Metrotechs assesses the need and leads the approved work with the delivery team, including training, practice, and review of results.
Review what TMS should own, which records and handoffs it depends on, and what employees must learn and maintain. Metrotechs assesses the operating task and leads approved system changes and practical AI applications through the complete Roadmap, with employee review, training, and acceptance.