Services

Embedded systems & IoT.

Firmware, device connectivity and the cloud behind it — telemetry ingestion, fleet dashboards, OTA updates. We build IoT systems end to end, sensor to screen.

An IoT product is really three products — the firmware on the device, the pipe that carries its data, and the software people use to make sense of it. We work across that whole span: getting devices online reliably, ingesting telemetry at volume, and turning a fleet of sensors into dashboards and alerts. The hard part is rarely one layer; it is making all three behave together in the field.

Where we help

Firmware and embedded software for connected devices
Device connectivity (MQTT, BLE, LoRaWAN, cellular) and provisioning
Telemetry ingestion and time-series storage at scale
Fleet management, device dashboards and remote monitoring
Over-the-air updates and remote configuration
Edge processing where bandwidth or latency rules it out of the cloud
Alerting, anomaly detection and ML over sensor streams
Integration with existing operational and back-office systems

Example builds

Live telemetry and tracking. We built VesselTrack for real-time position tracking — we know live device data, ingestion and the operational dashboards that sit on top.

High-frequency data pipelines. With FuelClock we handled fast-moving data at volume and made it legible — the same shape as telemetry from a fleet of devices.

Anomaly detection. Spotting drift and faults in sensor streams before they become failures — see our machine-learning work for the modelling side.

How we engage

We tend to prove the riskiest link first — usually a device reliably reporting through to a dashboard — before building outward, because field conditions punish assumptions made at a desk. We design ingestion and storage for the data rates you will actually see, and we plan for fleets that grow and firmware that needs updating after it ships. See our services for how we scope this.

Common questions

Do you do firmware as well as the cloud side?: Yes — we work across firmware, connectivity and the cloud platform. Many teams come to us strong on hardware but needing the data pipeline and software that turn devices into a product.
Can you handle telemetry at scale?: Designing ingestion and time-series storage for high-volume, high-frequency data is a core competency, with validation and gap-handling built in from the start.
Can you support over-the-air updates?: We build OTA update and remote-configuration paths in early, because once devices are in the field, the ability to fix and improve them remotely is essential.

Custom software Internal tools & dashboards Desktop applications

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Where we help

Firmware and embedded software for connected devices
Device connectivity (MQTT, BLE, LoRaWAN, cellular) and provisioning
Telemetry ingestion and time-series storage at scale
Fleet management, device dashboards and remote monitoring
Over-the-air updates and remote configuration
Edge processing where bandwidth or latency rules it out of the cloud
Alerting, anomaly detection and ML over sensor streams
Integration with existing operational and back-office systems

Example builds

Live telemetry and tracking. We built VesselTrack for real-time position tracking — we know live device data, ingestion and the operational dashboards that sit on top.

High-frequency data pipelines. With FuelClock we handled fast-moving data at volume and made it legible — the same shape as telemetry from a fleet of devices.

Anomaly detection. Spotting drift and faults in sensor streams before they become failures — see our machine-learning work for the modelling side.

How we engage

Common questions

Do you do firmware as well as the cloud side?

Yes — we work across firmware, connectivity and the cloud platform. Many teams come to us strong on hardware but needing the data pipeline and software that turn devices into a product.

Can you handle telemetry at scale?

Designing ingestion and time-series storage for high-volume, high-frequency data is a core competency, with validation and gap-handling built in from the start.

Can you support over-the-air updates?

We build OTA update and remote-configuration paths in early, because once devices are in the field, the ability to fix and improve them remotely is essential.