Firmware, connectivity, edge gateways and edge AI, cloud IoT platforms, dashboards and apps for factories, cold chains, buildings, farms, fleets and healthcare, secured and updatable from day one.
Data climbs from the device, through the network and gateway, into the cloud and out to the people who act on it. We build and connect every layer.
Six places connected devices save money fastest. Each card opens the most relevant page.
Every option trades range, battery life and data rate. We test on site and choose the one that keeps devices online at the lowest running cost. Positions are indicative.
Readings stream into a dashboard in real time. When a value drifts past its limit, the right person gets an alert, and a work order can open in your ERP automatically. Sample motor.
Set the number of machines, unplanned downtime, the cost of an hour of downtime and the reduction you expect from condition monitoring, to see yearly savings. Figures are illustrative.
Excludes sensor, connectivity and platform costs. Actual savings depend on the machines and maintenance practices.
Machine learning models run on the gateway or device, spot problems in milliseconds and send summaries instead of raw streams, which cuts data costs and keeps working when the network drops.
Every device has its own identity, talks only over encrypted channels and receives signed updates rolled out in stages: a few devices first, then the whole fleet.
Tap a technology to learn how we use it.
A typical industrial IoT project, with a pilot proving value before scale-up.
Typical targets we design and plan against, not guarantees.
Check how ready your operations are for AI and IoT, or get a rough estimate for a pilot.
Cloud, AI, apps and ERP that make connected devices useful.
Straight answers to what manufacturers and operators ask us most.
End-to-end IoT: hardware selection and prototyping, firmware, connectivity, edge gateways and edge AI, cloud IoT platforms, dashboards and mobile apps, integration with ERP and other systems, OTA updates, security and ongoing support.
It depends on range, power and data. BLE and Wi-Fi suit short range, Zigbee suits building meshes, LoRaWAN and NB-IoT suit long range with small data and long battery life, and 4G or 5G suits high data such as video. We test on site before choosing.
We select and integrate off-the-shelf modules and sensors, build prototypes, and work with hardware partners for custom PCBs and enclosures when needed.
AWS IoT Core, Azure IoT Hub and open-source stacks using MQTT, time-series databases and Kubernetes, chosen for your scale, budget and data residency needs.
Unique device certificates, encrypted communication, secure boot, signed over-the-air updates, least-privilege access and monitoring for unusual behaviour.
Running machine learning models on the device or gateway, for example to spot a failing motor from vibration, so decisions happen in milliseconds and less data goes to the cloud.
Yes. Readings, counts and alerts can create work orders, update stock or trigger quality checks in your ERP through APIs.
A pilot typically takes about 12 to 15 weeks, including hardware, firmware, cloud and a dashboard. Scaling to a full fleet follows the pilot.
Tell us what you want to build, your products, plants and current tools. We reply within 4 business hours with honest advice.