Most IoT projects stall in the seams between hardware, cloud and interface. We staff all three from day one, so nobody is waiting on a vendor to answer a question about a byte order.
Sensor drivers, power budgets, local buffering and store-and-forward for sites with bad connectivity. Signed over-the-air updates from the first prototype, not bolted on later.
An MQTT front door, a device registry, a rules engine and clean HTTP and WebSocket APIs. Written in TypeScript, sized to your message rate, and load tested with a simulated fleet before real hardware arrives.
The screen your team actually uses: live fleet map, per-device history, alarm rules, firmware rollouts and role-based access. Built for a shift supervisor on a ten-year-old browser, not for a demo.
Bluetooth provisioning flows an installer can finish in ninety seconds on a cold rooftop, plus the customer-facing app that comes after. One React Native codebase for both stores.
Infrastructure as code, one-command environments, and dashboards that page a human before a customer notices. We hand you the keys and the runbook, or keep running it for you.
Once the telemetry is clean, it becomes useful: anomaly detection on vibration, failure prediction from duty cycles, and small models that run on the gateway when the link drops.
Every handover between a firmware vendor, a cloud partner and a design agency is a place for an assumption to hide. Here is what that costs, and what we do instead.
| The seam | What usually happens | What we do |
|---|---|---|
| Device ↔ cloud | Payload format agreed in a spreadsheet, then diverges silently after the first firmware change. | One versioned schema owned jointly, validated at ingest, with old versions kept working. |
| Cloud ↔ interface | The console is built against mock data and meets real telemetry a week before launch. | The console reads from the real ingest path from the first week of the prototype. |
| Build ↔ operate | Handover is a repository link and a wiki page nobody has tested. | Your engineers ship a real production change while we are still sitting next to them. |
| Firmware ↔ factory | Provisioning is designed after the production run is scheduled. | Test jig and provisioning procedure are proven on the pilot batch. |
Most first calls end with a shorter list than the one people arrive with. Tell us what you are trying to measure and we will tell you what we would leave out.
