A logistics tracking platform,
that shows where a shipment actually is
A tracking platform is only useful if the status shown matches reality. We build on real-time data feeds, carrier integrations and exception alerting so a delay surfaces before a customer calls asking where their shipment went.
What it is and who needs it
A logistics tracking platform shows where a shipment actually is, pulled from carrier APIs, driver apps, or GPS feeds, and the entire value of the product depends on that status being real-time and accurate rather than a static milestone that updates once a day. The second most important feature is exception alerting, a delay or route deviation flagged automatically, so a problem surfaces to your team before a customer calls asking where their order is. This is for a logistics operation, e-commerce brand with its own delivery fleet, or B2B shipper that needs visibility its current carrier portal does not provide.
What is inside
Real-time shipment status pulled from carrier APIs or driver-app integrations, normalized into one consistent view even when different carriers report status in different formats and on different schedules. An interactive map view of active shipments, letting an operations team see the full picture at a glance rather than checking shipments one at a time. Exception alerts for delays, route deviations, or failed delivery attempts, triggered automatically against expected timing and routes, not discovered after a customer complaint. A customer-facing tracking page or notification flow, so your end customers get the same real-time visibility your team has, reducing support volume on the simple question of where an order is. Historical reporting on on-time rate and delay causes, which is what actually lets an operations team fix recurring problems instead of reacting to each one individually. Integration with your existing ERP or order management system, since a tracking platform that duplicates data instead of connecting to the source of truth creates its own reconciliation problem.
How we build it
We start by mapping your actual carrier and data sources, since every carrier’s API or webhook format is different and normalizing that correctly, timezone handling, status code mapping, partial data, is most of the real engineering work. Exception detection is built against your actual expected timing and routes, not a generic delay threshold, because the definition of ‘late’ is specific to your operation and your customers’ expectations. The map and dashboard are built for an operations team scanning many shipments quickly, prioritizing the exceptions that need attention over a wall of green checkmarks. We bring direct experience building both a logistics-adjacent recovery of a factory ERP system and large-scale geospatial data products, which means we come to this build already comfortable with the two hardest parts: integrating messy real-world data sources, and keeping a map-based interface fast at real operational scale. We test the carrier integration layer against each carrier’s actual webhook and API quirks, including the ones that arrive out of order or duplicate a status update, since that is exactly the kind of edge case that causes a shipment to show an incorrect status if the normalization logic was not built to expect it. Weekly demos show real tracking data flowing through the system well before the first live shipment depends on it. We also test the exception-alerting thresholds against your own historical delivery data, so an alert fires when something is genuinely abnormal, not on every minor, explainable delay.
Timeline and price
| Tier | Price | What it covers |
|---|---|---|
| MVP | from $4,000 | Core flow, one platform or chain, ready to test with real users |
| Production | from $9,500 | Full feature set, handover docs, agency keeps running it with you |
| Full control (handover-ready) | from $16,000 | Same scope, built and documented for your own team to run with zero dependency on us |
Timeline: 4 to 9 weeks for an MVP; production builds typically run longer depending on integrations.
What you own at the end
The tracking platform’s source code, its carrier integration layer, and all shipment and exception data, in your own database and infrastructure. The connection to your ERP or order management system, documented and maintainable by your own team or any developer going forward. Nothing about ongoing visibility into your shipments depends on us staying involved.
Related
Part of our custom development work. See related builds: fleet dispatch system, gis maps product, property management platform. On the technical side: websocket real time features, interactive maps and gis layers. Related case study. Ready to scope yours? Get in touch and we will send back a written plan with a fixed price.
FAQ
How much does a logistics tracking platform cost?
A tracking dashboard with one or two carrier integrations and a customer-facing status page starts at $4,000. A fuller platform with map visualization, exception alerting and ERP integration runs $9,500 to $16,000.
How long does it take?
4 to 5 weeks for core tracking and a status page. 7 to 9 weeks when map visualization, exception alerting and ERP integration are all in scope.
What is the stack?
FastAPI or Node backend consuming carrier and driver-app APIs or webhooks, PostgreSQL for shipment history, a mapping library for live visualization, and a background job framework for exception detection and alerting.
Who owns the tracking platform and its data?
You. Shipment, carrier and exception data all live in your own database, and the integration layer connecting to your ERP or order system is yours to maintain or extend.
What support is included after launch?
30 days of fixes as real shipment volume surfaces integration edge cases, plus a handover document on the carrier integrations and alerting logic. Adding new carriers or regions is available as ongoing work.