The Route and Fleet Software Requirements Checklist
A structured requirements list covering planning, execution, mobile, integration, reporting and commercial terms — with weighting guidance so you score what.
Guides, checklists and explainers on route management and fleet management software — searchable, and filterable by topic.
40 articles in the library
A structured requirements list covering planning, execution, mobile, integration, reporting and commercial terms — with weighting guidance so you score what.
The six ways this software is priced, what each favours, where the hidden money is, and how to compare quotes that are structured differently.
What beverage and DSD distributors need from route software — promotions, empties, merchandising, retailer compliance and the settlement discipline that.
How hours-of-service limits and electronic logging work, what fleets must record, the common violations, and how software should support compliance.
How to build PM schedules that reduce breakdowns without over-servicing — interval design, compliance measurement, and moving from reactive to planned.
A practical RFP structure that gets comparable responses — sections, scenario-based questions, evaluation criteria and the sections vendors game.
The real reasons drivers work around mobile apps, and a practical programme for getting genuine adoption rather than reluctant compliance.
Dynamic scheduling, telemetry-driven restocking, cashless payment reconciliation and asset management for vending operations.
What route accounting software does beyond routing — mobile invoicing, van inventory, pricing, settlement and the DSD workflows that distribution businesses.
How to build a defensible business case — baseline measurement, benefit categories, conservative assumptions, and the five mistakes that get cases rejected.
How to choose a telematics system — device types, data depth, contract traps, integration requirements and what actually changes once it is installed.
What inspection reporting requires, why paper DVIRs fail audits, and how to design an electronic process that produces genuine safety assurance.
How to structure fleet work orders so that cost, cause and downtime are captured accurately — status models, labour recording.
How to run vendor demonstrations on your terms — a scripted scenario approach that reveals what a standard demo is designed to hide.
What fleet management software covers, how platforms are assembled from modules, what integration really involves and how to judge whether you need a suite.
What ePOD should capture, how to make it legally useful, photo standards, exception handling and integration into billing and dispute resolution.
How direct store delivery works, why manufacturers and distributors use it, the cost structure behind it, and what software has to support.
Degree-day forecasting, tank monitoring, metered delivery and the compliance requirements that make bulk fuel delivery different from any other route.
A working checklist of fleet software capabilities sorted into essential, valuable and situational — so you can score vendors without drowning in feature.
A complete method for fleet cost per mile — which costs to include, how to allocate them, common errors, and how to use the result to make decisions.
The realistic capabilities of GPS fleet tracking, accuracy limits, geofencing design, and how to use location data without creating a surveillance culture.
What belongs in a driver file, how to keep it current across a workforce, and the automation that prevents the expiry nobody noticed.
A plain-English map of route management software — the six core modules, what each one is for, where the category ends and how it differs from fleet.
The questions that reveal how a vendor will behave after you sign — support, upgrades, data ownership, roadmap and what happens when things go wrong.
How to stock the right parts without tying up capital — classification, reorder policy, fill rate targets and the trade-off between stock cost and vehicle.
How to treat a vehicle as a stock location, cut shrinkage, run counts that work, and design the load-out and reconciliation process that keeps van stock.
Why connectivity assumptions break delivery apps, what offline-first really requires, and how to test whether a vendor's claim is true.
A complete TCO framework for fleet vehicles — every cost category, how to model residuals and downtime, and how to use TCO in specification and procurement.
A week-by-week implementation plan for fleet management software, with the data tasks, decisions and checkpoints that determine whether it lands.
Recurring delivery schedules, bottle deposit tracking, equipment rental billing and the customer retention economics of home and office delivery.
Most fleets use a fraction of the telematics data they buy. Nine reports and workflows that turn an existing subscription into measurable savings.
What auditors examine, how to run an internal audit before they do, and the record-keeping practices that turn an audit from a crisis into a formality.
How to work out the economic replacement point for fleet vehicles using cost curves, and why most fleets keep vehicles longer than the arithmetic supports.
What a routing engine is really doing, why the shortest route is rarely the best route, and the five inputs that determine whether your plans are any good.
How end-of-day settlement should work in a route business — the reconciliation logic, variance handling, cash controls and the reports that keep it honest.
Interface design principles for apps used in a cab, in the rain, wearing gloves, under time pressure — and the specific mistakes that make good software.
The integration map for fleet and route software — ERP, telematics, fuel, finance, HR and customer systems — with the failure modes to plan for.
Road-facing, driver-facing and AI-triggered video systems — what each is for, the privacy obligations, the review workload.
Savings, local search, tabu, simulated annealing and large neighbourhood search — what routing engines actually run, and what the differences mean for your.
How to redesign delivery and service territories so workloads balance, drivers stay familiar with customers, and the plan survives a year of growth.
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