Industrial IoT is the engineering layer that makes OT data usable — devices, gateways, protocols, telemetry pipelines and the platforms that turn streams of signal into decisions. We build the substrate that programmes like Industry 4.0 and connected operations sit on, and we keep them running once they are live.
What we build
Device and gateway engineering
Embedded firmware, edge gateways, OTA update infrastructure and the device-management plane to operate a fleet of thousands. Strong opinions on secure boot, attestation and supply-chain integrity.
Protocols and integration
OPC UA, MQTT, Modbus, BACnet, CAN and the legacy serial protocols still running half the world. We design the integration layer that brings them into a consistent data model without breaking the equipment that depends on them.
Telemetry pipelines
Stream processing, time-series storage, downsampling and analytics on the volumes industrial environments actually generate. Right-sized to the workload — not a blank cheque to a cloud bill.
Edge analytics and computer vision
Inference at the edge for anomaly detection, predictive maintenance, defect detection and visual classification. We have deployed vision pipelines that drive robotic sorting arms in industrial sorting and recovery plants, with central retraining and edge rollout managed as a continuous lifecycle.
Closed-loop process control
Where the process tolerates it, we connect inference back into the control system to tune set points automatically — temperature, throughput, dwell time, combustion parameters. Where the safety case demands it, we keep humans in the loop and produce recommended actions instead of autonomous ones.
Real-time operations dashboards
BI surfaces that put plant managers, control-room operators and commercial teams on the same numbers — calorific value, BTU output, energy yield, emissions, throughput, downtime causes, market-driven priorities. Built on top of the telemetry layer, not stapled to it.
Platforms
Either on AWS IoT, Azure IoT, Google Cloud IoT and the major industrial platforms, or built on open foundations when sovereignty or licensing pushes us there. We have a strong default architecture and an even stronger willingness to vary from it.
Sectors served
- Manufacturing (discrete, process, hybrid)
- Waste, recycling and circular-economy operations
- Energy generation, transmission and distribution
- Logistics, transport and supply chain
- Water, gas and district utilities
- Healthcare estates and clinical engineering
- Smart buildings and facilities