Fleet or equipment location managed through phone calls and spreadsheets rather than a live map?
No data on how long assets are idle, which are underutilised, and which are being misused?
Asset Tracking Software Development
Custom asset tracking software connects the tracking hardware your assets carry -- GPS devices, BLE tags, RFID readers, UWB anchors -- to the operational platform your team uses to locate equipment, manage utilisation, enforce geofencing, and schedule maintenance before assets fail.
We build asset tracking systems for fleets, industrial equipment, medical devices, and high-value inventory: real-time location maps, geofencing alerts, utilisation analytics, and the maintenance scheduling integration that extends asset lifespan and reduces unplanned downtime.
GPS, BLE, RFID, and UWB tracking integration for outdoor and indoor use cases
Real-time location maps, geofencing alerts, and utilisation dashboards
Maintenance scheduling integration triggered by usage and condition data
Multi-site asset inventory management with audit trail and lifecycle tracking
Asset tracking software connects location and condition sensors on physical assets -- GPS devices on vehicles, BLE tags on equipment, RFID readers at checkpoints -- to a software platform that shows where assets are, how they are being used, and when they need maintenance. It is used for fleet management, equipment tracking in construction and manufacturing, medical device tracking in hospitals, and high-value inventory management in warehouses. Custom asset tracking software is built when off-the-shelf fleet or asset management tools don't support your specific tracking hardware, operational workflows, or integration requirements.
The problem with most asset tracking deployments is not the hardware -- GPS trackers are cheap and reliable. The problem is that the data from those trackers ends up in the device manufacturer's portal, isolated from the operational and maintenance systems that need it. Fleet dispatchers check one system. Maintenance teams check another. The finance team reconciling asset depreciation has no connection to either.
Custom asset tracking software builds the application layer your organisation actually needs: a real-time map that reflects how your fleet or equipment operates, utilisation reporting that surfaces idle assets and overworked ones, geofencing alerts that fire when assets leave authorised zones, and maintenance scheduling that uses actual usage data rather than calendar intervals.
What we build
GPS fleet tracking software
Real-time fleet tracking applications for vehicles, construction equipment, and mobile assets with GPS devices: live map with current location, speed, and status for every asset in the fleet. Trip history, route replay, and idle time analysis. Geofencing alerts when assets enter or leave defined zones. Driver behaviour monitoring where relevant -- harsh braking, speeding, and unauthorised use outside operating hours. Customised for your specific vehicle types, operational areas, and the dispatch and management workflows your team runs.
BLE and RFID indoor tracking
Indoor asset tracking for warehouses, hospitals, manufacturing facilities, and commercial buildings using BLE tags and fixed readers or mobile detection. Zone-based location showing which room, bay, or area an asset is in at any given time. RFID checkpoint tracking at gates, doorways, and receiving docks for inventory management and chain-of-custody. Automated alerts when assets are moved from their assigned zone or when assets expected at a checkpoint don't arrive. Reader infrastructure planning for new deployments, or integration with existing reader hardware.
Geofencing and alert management
Geofencing configuration for authorised operating zones, restricted areas, and customer or job site boundaries. Configurable alert rules: notify dispatcher when a vehicle leaves the depot outside operating hours, alert security when a medical device is taken outside a defined floor, flag when a piece of equipment has not returned to base by end of shift. Alert routing to the right person -- operator, supervisor, or security -- by asset type, zone, and time of day. Alert history and resolution tracking for audit and review.
Asset utilisation analytics
Utilisation dashboards showing how intensively each asset is being used: hours operated, distance travelled, cycles completed, and idle time. Benchmarking across the fleet to identify underutilised assets that could be redeployed or disposed of, and overutilised assets at higher maintenance risk. Historical trends for capacity planning -- how many assets of each type do you actually need. Data the operations and finance teams can use to make asset procurement and disposal decisions with evidence rather than estimates.
Maintenance scheduling integration
Usage-based maintenance scheduling triggered by actual asset activity rather than calendar intervals: service alerts when a vehicle reaches a kilometre threshold, a machine completes a defined number of cycles, or an asset has been in continuous operation longer than its recommended interval. Integration with your CMMS to create work orders automatically when thresholds are breached. Condition-based maintenance triggers from sensor data where assets are fitted with condition monitoring hardware. Extends asset lifespan and reduces emergency breakdowns by ensuring maintenance happens when it is due, not months late.
Multi-site asset inventory management
Asset registry and inventory management across multiple locations: what assets you have, where they are, their condition, maintenance history, and current assignment. Asset transfer workflows that record when equipment moves between sites. Audit trail for high-value or regulated assets. Integration with ERP for fixed asset register accuracy. Mobile app for field teams to scan and update asset records on-site. The accurate, current asset register that most organisations lack because their asset data lives in disconnected spreadsheets and systems.
Fleet or equipment tracked by phone calls and spreadsheets?
Tell us your asset types, tracking hardware, and the operational decisions you need the system to support. We'll design the platform and give you a fixed cost.
Related IoT development services
IoT Development -- overview of all IoT development capabilities
IoT Platform Development -- end-to-end IoT platform for multi-asset, multi-site deployments
Industrial IoT -- industrial IoT for manufacturing and process equipment
Smart Building Software -- smart building platforms for indoor asset and facility management
Related services
Custom Software Development -- operational tools and portals alongside asset tracking
AI Development -- predictive maintenance models for tracked assets using condition and usage data
Frequently asked questions
We integrate with GPS trackers for outdoor vehicle and equipment tracking (real-time location via cellular or satellite), BLE (Bluetooth Low Energy) tags for indoor proximity tracking and zone-level location in warehouses, hospitals, and facilities, RFID for checkpoint-based tracking and inventory management at gates and doorways, and UWB (ultra-wideband) for high-accuracy indoor location where BLE zone-level precision isn't sufficient. Technology selection is driven by your environment (indoor vs outdoor), location accuracy requirement (zone-level vs sub-meter), power budget (battery-powered tags vs wired trackers), and asset value relative to tracking hardware cost. We assess which technology fits your use case during scoping and can work with your existing tracking hardware if you already have it deployed.
Outdoor tracking uses GPS-enabled devices communicating over cellular (4G/LTE) or satellite. GPS provides accurate location in open environments but fails indoors and in dense urban canyons. For indoor tracking, BLE provides zone-level location (within a room or area) using fixed reader infrastructure or mobile app-based detection, while UWB provides sub-meter accuracy for use cases that require precise indoor positioning (medical equipment in hospitals, tools in manufacturing). Many real-world deployments are hybrid -- GPS for outdoor movement and BLE or RFID for indoor handover at building entrances. We design the hybrid architecture so location data is continuous across the indoor-outdoor boundary.
Yes. Most asset tracking projects involve integrating with an existing system: a fleet management platform, CMMS (computerised maintenance management system), ERP, or warehouse management system. We scope the integration based on what the existing system exposes via API or database. Common integrations include pushing location and utilisation data to fleet management platforms, creating maintenance work orders in CMMS based on asset usage thresholds or condition alerts, and syncing asset inventory data with ERP for accurate asset register management. Where existing systems don't expose integration-friendly APIs, we build middleware layers that bridge the gap.
A focused asset tracking system -- one asset type, one tracking technology, real-time map, geofencing alerts, and basic utilisation reporting -- typically runs $25,000--$70,000. Platforms covering multiple asset types, indoor and outdoor tracking, maintenance scheduling integration, and multi-site inventory management run higher. Cost depends on tracking technology complexity, asset count, number of sites, integration requirements, and the depth of analytics and reporting. We scope every project before pricing and deliver a fixed-cost proposal.