What is a GPS tracking API for logistics? | A: A GPS tracking API is a programmatic interface that allows logistics platforms, TMS systems, and enterprise applications to access real-time vehicle location data, trip status, speed, halts, and movement history without building their own tracking infrastructure. Instead of managing GPS hardware and data pipelines, developers make API calls to get the data they need. | Q: What data does a GPS tracking API typically return? | A: A standard GPS tracking API returns: current latitude/longitude and timestamp, speed and heading, ignition state, halt events (start time, duration, location), geofence entry/exit events, trip summary (distance, duration, stops), and historical breadcrumb trail. Advanced APIs like Intugine's also return derived insights — halt type classification (fuel, rest, exception), ETA recalculation, and anomaly flags. | Q: How does a GPS tracking API work technically? | A: GPS devices installed on vehicles send location pings to a cloud server at regular intervals (typically 30–60 seconds). The API server stores and processes these pings, computing derived fields like speed, halt duration, and geofence events. When your application calls the API, it receives the latest processed data for the requested vehicle or trip. Webhooks are available for real-time event streaming without polling. | Q: What is the difference between a GPS tracking API and a telematics API? | A: A GPS tracking API focuses on location — where the vehicle is. A telematics API adds vehicle health data — engine diagnostics, fuel level, harsh braking events, driver behaviour scores, and OBD data. Telematics APIs require a more sophisticated device (OBD-II or CAN bus connected). For logistics visibility, a GPS API is sufficient; for fleet maintenance and driver safety, telematics data adds significant value. | Q: What are the key factors to evaluate in a logistics GPS tracking API? | A: Five factors matter most: (1) Coverage — how many vehicles are on the network, especially for unowned fleets; (2) Update frequency — 30-second vs 5-minute updates; (3) Multi-modal support — road, rail, air in one API; (4) Derived intelligence — halt classification, ETA, anomaly detection beyond raw coordinates; (5) Uptime SLA — tracking APIs must be 99.9%+ reliable for operational use. | Q: Can a GPS tracking API track third-party transporters without a device on their truck? | A: Yes, through SIM-based tracking. Intugine's API can track any truck where the driver shares their mobile SIM number — location is derived from mobile network cell towers, updated every 5–15 minutes. This covers the 80%+ of Indian trucks that don't have GPS hardware, making it possible to track your entire transporter network regardless of device availability. +
