Hardware that keeps working, long after launch day.
Firmware, connectivity and cloud pipelines engineered for devices that live in the field for years, not demo units built to survive a single pitch meeting.
From sensor to dashboard, one connected system.
Firmware & Embedded Software
C/C++ and Rust firmware for microcontrollers, built for low power and long-term field reliability.
Connectivity Layer
Protocol selection and integration across cellular, LPWAN and short-range radio, matched to the environment.
Device Management
Provisioning, OTA updates and fleet monitoring so a thousand devices are as manageable as one.
Cloud Ingestion Pipelines
Telemetry pipelines built to handle intermittent connectivity and out-of-order data gracefully.
Monitoring Dashboards
Real-time visibility into device health, location and sensor readings for operations teams.
Edge Intelligence
On-device inference for the cases where round-tripping to the cloud is too slow or too costly.
The right protocol depends on the deployment, not the trend.
There's no single best radio for every device. We match the protocol to the range, power budget and data volume the deployment actually needs.
Four layers, one team building all of them.
Most connected products fail at the seams, where firmware meets radio, or where the cloud meets the dashboard. We build every layer, so the seams hold.
Device & Firmware
C/C++ and Rust running on the microcontroller itself: sensors read, power managed, decisions made before anything leaves the board.
Connectivity
LoRaWAN, cellular, Bluetooth or Wi-Fi, chosen for the deployment, carrying data out reliably, even over a patchy signal.
Cloud & Data
Ingestion pipelines built for intermittent, out-of-order telemetry, storing and structuring it for whatever comes next.
Applications & Dashboards
The layer your team and customers actually see: fleet health, alerts and the decisions the data was collected for.
A working demo and a field-ready product are different builds.
Temperature swings, patchy connectivity, power constraints and years of unattended operation: we design for the environment your device will actually live in.
Get a field-readiness reviewTested against the temperature, dust and moisture range of deployment
Local buffering so dropped signal doesn't mean lost data
Sleep cycles and duty cycling engineered for multi-year battery life
A bricked device in the field is a support call, not a truck roll
Have a connected hardware idea in mind?
Tell us what the device needs to sense, survive and report, and we'll scope the platform and connectivity honestly.