Multi-site operator platform with offline-first sync
- 40+
- locations connected with offline-first sync
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
Recent outcomes
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4.9
on ClutchThe problem
Sound familiar?
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?
Short answer
Asset tracking software links location and condition sensors, GPS on vehicles, BLE tags on equipment, UWB anchors on tools, RFID at checkpoints, to a platform that shows where assets are, how they are used, and when they need service. The global asset tracking market reached $21.61 billion in 2025 (Research and Markets). Custom builds fit when off-the-shelf fleet or asset tools miss your hardware, sites, or workflows.
Key takeaways
- We integrate GPS, BLE, RFID, and UWB tracking for both outdoor and indoor asset visibility.
- Real-time location maps, geofencing alerts, and utilisation dashboards are standard outputs of every build.
- Maintenance scheduling is triggered by actual usage and condition data, not calendar intervals.
- Multi-site asset inventory management includes a full audit trail and lifecycle tracking per asset.
- Custom asset tracking is the right fit when off-the-shelf fleet or asset management tools do not support your specific hardware, workflows, or integration requirements.
- A first tracking module, one asset type and one technology, starts around $25,000; a multi-asset platform with indoor and outdoor tracking and maintenance integration grows to $70,000 and up.
Trusted by
The hardware is rarely the problem. GPS trackers are cheap and reliable. What breaks is the data path: readings land in the device manufacturer's portal, cut off from the systems that need them. Dispatch checks one screen. Maintenance checks another. Finance, reconciling asset depreciation, sees neither.
Custom asset tracking software builds the application layer that closes those gaps. A live map reflects how your fleet or equipment actually moves. Utilisation reporting exposes the idle units and the overworked ones. Geofencing fires the moment an asset leaves an authorised zone, and maintenance is scheduled on real usage, not a calendar.
The market is moving the same way. Organisations are retiring manual location and utilisation workflows for systems that feed operations and maintenance directly.
- $21.61B
- Global asset tracking market size, 2025
- Research and Markets, 2025
- 12.7%
- Asset tracking market CAGR
- Research and Markets, 2025
- ~4.9 m
- Typical GPS accuracy under open sky
- gps.gov
Capabilities
What we build
- 01GPS fleet tracking software
Real-time fleet tracking applications that ingest GPS telemetry from your vehicle-mounted hardware and present it in an interface built for dispatch, not the device manufacturer's generic portal. Live maps, trip history, idle time analysis, and driver behaviour monitoring feed per-driver safety scores, and cutting idle time by 10 to 20% delivers meaningful fuel savings on large fleets.
- Built with
- GPS telemetry · Teltonika · Queclink · CalAmp · OBD-II
- 02BLE and RFID indoor tracking
Indoor asset tracking for environments where GPS is unavailable and location accuracy drives operational efficiency. BLE beacons provide room-level zone tracking, UWB anchors deliver 10 to 30 cm accuracy for cases like surgical tool tracking, and fixed RFID readers read passive tags without line-of-sight, all integrated with hospital CMMS, warehouse, and facility management platforms via REST API.
- Built with
- BLE beacons · UWB anchors · RFID · REST API
- 03Geofencing and alert management
Geofences drawn as polygons and evaluated against every GPS update using PostGIS spatial operators, fast even with hundreds of concurrent assets. Each geofence-asset pair has its own alert rules routed to dashboard, SMS, email, Slack, or Teams, and every alert requires acknowledgement and a resolution note before it closes, creating a compliance audit trail.
- Built with
- PostGIS · SMS · Email · Slack · Teams
- 04Asset utilisation analytics
Utilisation analytics that surface the operational insight justifying the tracking investment: engine hours, distance travelled, and productive vs idle hours per asset and per category. Assets below 60% utilisation over a rolling 30 days are flagged for redeployment, and utilisation data exports to your ERP for accurate depreciation and asset register accuracy, so procurement decisions rest on actual data rather than fleet manager memory.
- 05Maintenance scheduling integration
Usage-based maintenance scheduling that replaces calendar-interval servicing with triggers derived from actual asset activity: distance, engine hours, cycle counts, or diagnostic fault codes from the CAN bus. When a threshold is breached, a work order is created automatically in your CMMS with the asset identifier, readings, and recommended service.
- Built with
- CAN bus · IBM Maximo · SAP PM · UpKeep · Limble · Fiix
- 06Multi-site asset inventory management
Asset registry management for organisations with assets spread across depots, sites, and customer locations, each asset carrying a master record with identifier, category, value, condition, site assignment, and custodian. Site transfers are logged from the mobile app with a QR or RFID scan, condition check, and signature, an audit trail that satisfies traceability requirements for regulated assets, and records sync to SAP, Oracle, or NetSuite fixed asset modules.
- Built with
- QR/RFID scan · SAP · Oracle · NetSuite
Choosing the tracking technology
No single technology covers every asset. GPS wins outdoors and fails indoors. BLE is cheap and battery-friendly but tells you the zone, not the exact spot. UWB gives you the spot, at a higher hardware cost. Passive RFID has no battery at all but only reads at a fixed gate. Most real deployments mix two or three, and the choice comes down to your environment, the accuracy you actually need, and the value of the asset against the cost of tagging it.
BLE vs UWB vs GPS vs RFID
| Technology | Best environment | Typical accuracy | Power and cost tradeoff |
|---|---|---|---|
| GPS / cellular | Outdoor, moving vehicles and equipment | ~4.9 m open sky (gps.gov); degrades in urban canyons and indoors | Higher power draw; wired or large-battery trackers; low hardware cost per unit |
| BLE beacons | Indoor, zone or room level | 1 to 5 m (which zone, not an exact point) | Coin-cell tags last 1 to 5 years; cheap tags, but you install readers or gateways |
| UWB anchors | Indoor, high precision (tools, medical devices) | 10 to 30 cm | Higher tag and anchor cost; more power than BLE; use it only where sub-meter accuracy earns its keep |
| Passive RFID | Checkpoints, gates, inventory counts | Read or no-read at a point, not continuous | No tag battery; lowest tag cost; needs fixed readers and near line of sight |
The engineering that decides whether it works
The tradeoffs that sink asset tracking projects live below the feature list.
Telemetry cadence versus battery and data cost. A tracker pinging every ten seconds gives you a smooth live map and drains its battery and cellular plan fast. One pinging every five minutes lasts for months but loses fine-grained movement. We tune cadence per asset class, often event-driven: report often while moving, sleep while parked, wake on a geofence or shock event.
Offline-first sync. Vehicles drive through tunnels. Warehouses have dead zones. Sites lose connectivity. The device has to buffer readings locally and reconcile them on reconnect, without duplicating or dropping events. We built exactly this offline-first sync path for a multi-site operator's platform, where a lightweight local utility batched data and synced every ten minutes rather than depending on a live connection.
The sensor-to-cloud pipeline. Device to gateway to ingestion to a time-series store to the map and alert layer. Each hop has to survive bursts, late-arriving data, and out-of-order readings. Getting this right is what separates a demo from a system that dispatch trusts at 7 a.m.
Where asset tracking is heading
Three shifts are worth designing for now. UWB is getting cheaper as it ships in consumer phones, so sub-meter indoor tracking is moving from niche to default for high-value assets. Condition data, not just location, is becoming the point: vibration, temperature, and engine diagnostics feed maintenance that predicts failures instead of reacting to them. And edge processing is pushing basic filtering onto the device to cut the cellular bill, so only meaningful events reach the cloud. We build for this by keeping the tracking technology, the ingestion layer, and the analytics decoupled, so you can add a sensor type or swap a tag standard without rebuilding the platform.
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
What clients say
What our clients say
Three-year average engagement. Founders and operators describing the work in their own words. No marketing varnish.
Charles E.
USAEntrepreneur at Aggie Technologies
All of the sprints were completed on schedule and on budget. We highly recommend RaftLabs!
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Read moreFrequently 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 first module, one asset type and one tracking technology, with a live map, geofencing alerts, and basic utilisation reporting, starts around $25,000. A multi-asset platform with indoor and outdoor tracking, maintenance scheduling integration, and multi-site inventory management grows to $70,000 and up over later phases. Cost depends on tracking technology, asset count, number of sites, integration requirements, and the depth of analytics. We scope every project before pricing and give you a fixed-cost proposal.
We aim to launch a validated v1, one asset type with a live map, geofencing, and core utilisation reporting, in about 10 to 14 weeks, then expand it. The first release proves the tracking pipeline end to end, from device to map to alert, against your real hardware and sites. Multi-technology, multi-site, and maintenance-integration scope is added in later phases, once the core is proven in production.
Work with us
Tell us what you need. We'll tell you what it would take.
We scope Asset Tracking Software Development in 30 minutes. You walk away with a clear cost, timeline, and approach. No commitment required.
- Scope and cost agreed before work starts. No surprises. No obligation.
- Working prototype within 3 weeks of kickoff.
- Pay by milestone. You see progress before each invoice.
- 60-day post-launch warranty. Bug fixes, UI tweaks, and deployment support. No retainer.
- All conversations are NDA-protected.