Overview
A fleet is a moving operational asset. Vehicles on the road are generating costs, creating obligations, serving customers, and carrying risks simultaneously — and the management decisions that determine whether the fleet operates efficiently or expensively depend on information that is often incomplete, delayed, or distributed across systems that do not talk to each other. Fuel costs that cannot be attributed to individual vehicles or routes. Maintenance schedules managed in spreadsheets that miss service intervals. Driver hours tracked in paper logs that cannot be verified against actual driving time. Vehicle locations unknown until the driver calls in.
Fleet management software consolidates the operational data that fleet management requires — vehicle location, driver hours, fuel consumption, maintenance status, cost per vehicle, compliance documentation — into a single operational view that gives fleet managers the visibility to make informed decisions, the alerts that surface problems before they become failures, and the reporting that demonstrates compliance with the regulatory requirements that govern commercial vehicle operations.
We build custom fleet management software for transport companies, logistics operations, field service businesses, and any organisation operating a commercial vehicle fleet that needs fleet visibility and management capability specific to how their operation works — the vehicle types they run, the regulatory environment they operate in, the driver management model they use, and the operational and financial systems their fleet data needs to feed.
What Fleet Management Software Covers
Vehicle tracking and location. Real-time vehicle location from GPS telematics devices fitted to each vehicle — displaying current position, current status (moving, stopped, idling), speed, and heading on an operational map. Location history that reconstructs the route any vehicle took over any time period — for customer queries about delivery timing, for driver hour verification, for incident investigation, and for the route analysis that identifies efficiency improvements.
Geofencing — defined geographic zones that trigger events when a vehicle enters or exits — supports the operational workflows that depend on location triggers: arrival notifications to customers when a delivery vehicle enters the delivery area, alerts when a vehicle leaves the defined operating territory, notifications when a vehicle arrives at or departs from depot.
Driver management. Fleet operations are people operations. Driver hours compliance — the Working Time Directive for drivers, the EU drivers' hours rules (EC 561/2006), Dutch ATW requirements for professional drivers — requires accurate recording of driving time, break time, rest time, and other work time that the regulations govern. Digital tachograph data integration — reading driver card data and vehicle unit data from digital tachographs fitted to vehicles above 3.5 tonnes — provides the authoritative hours record that compliance with EU drivers' hours rules requires.
Driver behaviour monitoring — harsh braking events, harsh acceleration, harsh cornering, speeding relative to posted limits — gives fleet managers the visibility into driving behaviour that fuel efficiency, vehicle wear, and road safety depend on. Behaviour scoring by driver provides the data for driver coaching and for the recognition of drivers whose behaviour consistently saves the fleet money and reduces risk.
Driver licence validity tracking — monitoring the expiry dates of driver licences and the endorsement categories that allow drivers to operate specific vehicle types — surfaces licence expirations before they become compliance failures. CPC (Certificate of Professional Competence) expiry tracking for professional drivers subject to the CPC requirement.
Maintenance management. Fleet vehicles have defined service intervals — distance-based, time-based, or a combination — and the failures that result from missed maintenance are both avoidable and expensive. Maintenance management tracks the service history of each vehicle, calculates the next service due date and mileage from the current odometer reading, and alerts when service is approaching or overdue.
Defect reporting — the pre-journey and post-journey vehicle checks that professional drivers are required to conduct — captured through a driver-facing mobile interface and reviewed by the fleet manager. Defects that affect vehicle roadworthiness are flagged immediately for resolution before the vehicle is next dispatched. The defect record provides the evidence of systematic vehicle inspection that operator licence compliance requires.
MOT and inspection expiry tracking — the calendar of regulatory inspections that each vehicle is subject to — surfaces upcoming inspection deadlines with sufficient advance notice to schedule the inspection without operational disruption. For HGVs subject to DVSA annual testing in the UK or equivalent periodic technical inspection (PTI) in the Netherlands, the inspection schedule is managed centrally rather than tracked individually per vehicle.
Maintenance cost recording — the cost of each service event, part replacement, and repair attributed to the specific vehicle — provides the total cost of ownership data that fleet replacement decisions depend on.
Fuel management. Fuel is typically the largest variable cost in fleet operations. Fuel management tracks fuel transactions — quantity, cost, vehicle, location, and time — against the mileage driven to calculate fuel consumption per vehicle, per route type, and per driver. Fuel anomaly detection — consumption that deviates significantly from the vehicle's established pattern — surfaces potential fuel theft, fuel card misuse, or mechanical issues that affect fuel efficiency before they accumulate into significant losses.
Fuel card integration with the major fuel card providers — Shell, BP, DKV, UTA — retrieves fuel transaction data automatically rather than requiring manual entry from paper receipts. Fuel transaction matching against vehicle GPS data — confirming that the vehicle was at the fuel station at the time the fuel card transaction was processed — provides the fraud detection that high-value fuel card portfolios require.
Cost management and vehicle economics. The total cost of operating each vehicle — acquisition or lease cost, insurance, fuel, maintenance, tyres, tolls, and the driver costs attributable to the vehicle — gives the fleet manager the vehicle economics data that replacement decisions, route profitability analysis, and fleet size optimisation depend on.
Cost attribution to vehicles, to routes, and to customers — where the fleet is operating in a transport-for-hire context — provides the operational cost data that pricing and profitability management require.
Compliance documentation management. Commercial vehicle operators carry a substantial compliance documentation burden — operator licence conditions, vehicle maintenance records, driver hours records, tachograph data archive requirements, dangerous goods documentation, temperature records for refrigerated transport. Compliance documentation management organises these records by vehicle and by driver, tracks the retention obligations that each document type carries, and surfaces compliance gaps that require remediation before an operator licence inspection.
For Dutch operators, the RDW (Rijksdienst voor het Wegverkeer) requirements for commercial vehicle operation, the ILT (Inspectie Leefomgeving en Transport) inspection requirements, and the specific documentation obligations that arise from the type of transport operation — general haulage, passenger transport, hazardous goods, temperature-controlled — are configured into the compliance tracking.
Telematics Integration
The operational data that fleet management software requires flows primarily from telematics devices — the GPS tracking units, driver behaviour sensors, and tachograph interfaces fitted to vehicles. Fleet management software integrates with the telematics hardware and platforms in use:
Telematics platform APIs. The major telematics platform providers — Webfleet (formerly TomTom Telematics), Transics, Trimble, Geotab, Verizon Connect, Samsara — provide APIs that expose vehicle position, driver behaviour data, and vehicle diagnostics to connected applications. Integration with these platforms retrieves the telematics data that feeds the fleet management system without requiring proprietary hardware replacement.
OBD and CAN bus data. Vehicles equipped with OBD-II ports or CAN bus connectivity expose engine data — odometer readings, fuel level, engine fault codes, idle time — that supplements the GPS positioning data with vehicle condition and usage data.
Digital tachograph interfaces. For HGVs and PSVs fitted with digital tachographs, tachograph data download — either through direct driver card and VU download or through remote tachograph data download services — provides the authoritative driver hours data that EU tachograph regulation requires to be archived and available for inspection.
Driver Mobile Application
Fleet management that requires drivers to interact with office-based systems — to report defects, to confirm job status, to record delivery proof — needs a driver-facing mobile interface that works in the environments that drivers work in: limited connectivity, hands-free requirements, time pressure.
A driver mobile application provides the field interface for driver-initiated fleet management workflows:
Pre and post-journey defect checks. Structured digital walkarounds that guide the driver through the required inspection points, capture defect reports with photograph evidence, and submit the completed check to the fleet management system for review. The digital defect check record replaces paper defect books with a timestamped, auditable record that demonstrates systematic vehicle inspection.
Job management. Delivery and job instructions pushed to the driver's mobile from the dispatch system. Job status updates — en route, arrived, completed, failed attempt — captured from the driver interface and visible to dispatch in real time. Proof of delivery — recipient signature, photograph, or barcode scan — captured at the point of delivery and stored against the job record.
Navigation and route guidance. Vehicle-appropriate navigation — route guidance that accounts for the vehicle's dimensions, weight, and cargo type restrictions — integrated with the job management workflow so that the driver navigates directly from the job assignment to the delivery address.
Communication. In-app messaging between driver and dispatch — for job queries, exception reporting, and operational communication that is recorded against the job rather than lost in personal phone message threads.
Reporting and Analytics
Operational performance reporting. Fleet utilisation — the proportion of available vehicle capacity that is being used — by vehicle, by vehicle type, and by time period. Journey time and distance against planned routes — identifying consistent deviations that indicate route or planning issues. Idle time by vehicle and by driver — the engine-on time that is not productive driving, which is both a fuel cost and an emissions issue.
Compliance reporting. Driver hours compliance — the percentage of drivers in compliance with the applicable hours rules, the drivers approaching or in breach of limits, and the record that demonstrates systemic compliance monitoring. Maintenance compliance — the vehicles with overdue services, overdue inspections, or outstanding defects. Documentation compliance — the compliance documents that are expired or approaching expiry.
Cost reporting. Cost per kilometre by vehicle — the operational cost efficiency metric that fleet benchmarking uses. Fuel cost by vehicle, by driver, and by route. Maintenance cost by vehicle — identifying vehicles whose maintenance costs have reached the threshold that justifies replacement. Total fleet cost by period — the aggregate operating cost that budget reporting and pricing decisions depend on.
Driver performance reporting. Behaviour scores by driver — the composite score derived from harsh event rates, speed compliance, and fuel-efficient driving behaviour. Fuel consumption by driver for comparable vehicle types — identifying the drivers whose behaviour consistently achieves better fuel economy. Driver hours utilisation — the driving time achieved relative to the available hours.
Integration Points
Transport management systems. Job and route data from the TMS feeds the fleet management system — vehicle assignments, planned routes, and job schedules that the driver mobile application presents to the driver and that the fleet management reporting compares actual performance against.
Order management systems. Delivery instructions and proof of delivery data exchanged with order management systems — delivery status visible in the OMS without requiring manual status updates from the driver.
Accounting and ERP systems. Vehicle cost data — fuel, maintenance, insurance, depreciation — fed to Exact Online, AFAS, or SAP for cost centre reporting and total cost of ownership analysis.
Carrier and customer systems. Proof of delivery data and delivery status exchanged with customer systems — the shipment tracking information that customers require visible in their own platforms.
Technologies Used
- React / Next.js — fleet management dashboard, vehicle map view, driver management interface, reporting views
- TypeScript — type-safe frontend and API code throughout
- Rust / Axum — high-throughput telematics data ingestion, real-time location processing, geofence evaluation
- C# / ASP.NET Core — telematics platform API integration, tachograph data processing, complex compliance logic
- SQL (PostgreSQL, MySQL) — vehicle records, location history, driver hours, maintenance records, cost data
- Redis — real-time vehicle position state, geofence event processing, alert delivery
- Webfleet / Geotab / Samsara APIs — telematics platform data integration
- Digital tachograph interfaces — driver hours data retrieval and archiving
- React Native / PWA — driver mobile application for job management and defect reporting
- Exact Online / AFAS — vehicle cost integration with financial systems
- REST / Webhooks — telematics platform, TMS, and OMS integration
- SMTP / SMS / push notifications — driver alerts, compliance notifications, maintenance reminders
The Cost of Unmanaged Fleet Operations
Fleet operations without management software carry costs that are invisible in aggregate but substantial in total. Fuel that is consumed inefficiently because driver behaviour is not monitored. Maintenance that is deferred because no one is tracking service intervals systematically. Compliance failures that result in fines, prohibition notices, or operator licence risk because documentation management was not systematic. Driver hours violations that expose the operator to regulatory liability because tachograph data was not reviewed. Vehicle costs that are not attributed to routes or customers because cost recording is not integrated.
Custom fleet management software that addresses these costs — with the vehicle tracking, driver management, maintenance management, fuel management, and compliance documentation tracking that each represents — converts the invisible costs of unmanaged fleet operations into visible, manageable operational data.
Fleet Management Built for Your Operation
Every fleet is different. The vehicle types, the regulatory environment, the driver management model, the operational workflows, and the systems the fleet data needs to connect to all differ between operations. Custom fleet management software built for the specific operation delivers the visibility and control that generic fleet management platforms approximate.