Logistics Automation Platform Checklist Before Choosing a Vendor

Every logistics software decision looks reversible until it is not. Data gets migrated, processes get rebuilt around the new system, drivers get trained, and eighteen months later switching costs more than living with the wrong choice. That is why the evaluation deserves more discipline than most operators give it.

The problem is that vendor evaluations tend to become feature comparisons. Two spreadsheets, forty rows, a lot of ticks. What that process cannot tell you is whether the platform holds up on a bad Wednesday, which is the only question that actually matters. This checklist is built around asking questions vendors cannot answer with a demo script, and it applies whether you are buying TMS software for logistics operations, a routing engine or a full automation platform.

Half of failed implementations start here. The organisation buys a platform to fix a symptom without agreeing on the underlying cause.

Write down the three operational problems you are actually solving, with a number attached to each. Empty miles. Late deliveries. Planning hours consumed. Support contacts per hundred shipments. If you cannot baseline a number today, you will not be able to prove value later, and the project will be judged on impressions rather than results.

For context on where the industry sits, the American Transportation Research Institute's 2025 update reported empty miles averaging 16.7% across surveyed carriers in 2024, with an average of 0.93 drivers per truck. If your figures are meaningfully worse than that, you have a strong case. If they are better, be specific about what you are actually trying to improve.

1. Fit with how you actually operate

• Can the engine handle every constraint your dispatchers currently hold in their heads, including vehicle type, weight, volume, service windows, driver hours, zone restrictions and customer priority.
• What happens when a plan is disrupted at 10 in the morning. Ask for a live demonstration, not a description.
• Does the platform handle your origin side work as well as delivery, including collections and consolidation.
• Can service times be learned from actual data rather than entered as fleet wide averages.
• How does the system behave at two to three times your current volume, since that is the horizon you are buying for.

2. Integration reality

This is where implementations quietly fail. Ask precisely, and get the answers in writing.

• Which systems have pre built connectors and which require custom development.
• Is integration two way, meaning status writes back into ERP and order management rather than only reading from them.
• Who builds and maintains the integration, and what does that cost after go live.
• What happens to data if the relationship ends. Export format, retention, timelines.
• How does the platform handle address quality, since poor address data undermines any routing engine.

A good tms system logistics implementation succeeds or fails on this section more than on routing quality. Excellent optimization that requires manual data movement creates a new job rather than removing one.

3. Configuration and control

Your network will change. New customers, new zones, new service levels, new constraints you have not thought of yet.

Ask what your team can configure without vendor involvement, and be specific. Adding a delivery zone. Changing a service window. Adjusting a vehicle profile. Creating a new exception rule. If each of those requires a support ticket and a release cycle, your operation will slowly stop adapting, because the friction of change will exceed the benefit.

Low code configuration is not a marketing term at this point. It is the difference between a platform that grows with you and one you outgrow.

4. Support, implementation and the people involved

• Who runs the implementation, and is that the same team that ran the sales process.
• What is included in onboarding, and what is billed separately.
• What are the support hours relative to your operating hours, which matters if you dispatch at four in the morning.
• What does the escalation path look like when routing fails during a peak week, which is the question any tms for trucking company should press hardest on.
• Can you speak to a reference customer whose network resembles yours in density and complexity rather than in revenue.

For any tms for trucking company evaluation, ask specifically about driver application adoption. The best planning engine in the market produces nothing if drivers work around the app, and adoption is largely a function of interface quality and how realistic the sequences feel on the street.

5. Commercials and the costs nobody quotes

• How does pricing scale, by vehicle, by stop, by user or by order.
• What happens to your cost in peak season when volume doubles for six weeks.
• What are the implementation, integration and training costs on top of licence fees.
• What is the contract length, and what are the exit terms.
• Which features in the demo are included in the quoted tier and which are upgrades.

• The demo runs only on vendor-supplied data and your dataset is deferred to a later stage.
• Live disruption handling is described rather than shown.
• Every configuration question ends with a promise to build it for you.
• Reference customers are all significantly larger or smaller than you.
• The proposal quantifies savings using industry averages rather than your numbers.

That last one deserves emphasis. The Capgemini Research Institute's last mile study, published in January 2019, found that 97% of organisations believed their existing last mile models were not sustainable at full scale. Industry averages describe a market with a widely acknowledged problem. They tell you very little about your specific operation.

We prefer evaluations that are run properly, because platforms tested against real complexity tend to favour depth over feature count.

Mobility Infotech Logistics evaluates more than 200 constraint parameters across thousands of orders and hundreds of drivers, re-optimizes during the shift rather than at fixed points, and covers first mile, mid mile, last mile, warehouse management and shipment tracking on one data model. Integration runs through REST APIs into SAP, Oracle, NetSuite and Microsoft Dynamics with two way data flow, and low-code tools let your operations team configure zones, service times and rules without waiting on us.

We support more than 600 brands from offices in the United States, India, Taiwan and Italy, and we hold ISO certifications and GDPR compliance. More usefully, we run modelling on your own volumes during evaluation, so the business case for TMS software for logistics work is built from your data rather than from a benchmark deck.

What makes our approach different

• Consultative evaluation. We would rather find out in week two that we are not the right fit than in month eight.
• Depth in constraint handling, which is what determines whether dispatchers trust the plan.
• One platform across the movement, so visibility does not break at handoffs.
• Configuration in your hands, so the system keeps matching your operation as it changes.

Choosing with your eyes open

The vendors worth shortlisting are the ones who welcome a difficult dataset, show disruption handling live and are direct about what their platform does not do. Anyone unwilling to be tested that way is telling you something useful.

Run the checklist properly, insist on your own data, and judge the shortlist on operational fit rather than feature count. Chosen this way, TMS software for logistics becomes an operating asset rather than another screen your dispatchers tolerate. When you are ready to put a serious tms system logistics evaluation together, Mobility Infotech Logistics is happy to be measured against your worst operating week rather than your cleanest sample.