Hardware integration
Sensors, gateways and custom devices connected securely to the cloud.
Sensors, devices and drones are only useful if someone acts on what they see. We build the whole chain, from the hardware to the alert that reaches the right person.
An IoT project usually fails in the middle. The devices work and the dashboard looks good, but the data arrives late, half the sensors drop offline and nobody trusts the alerts. So people go back to checking things by hand.
We build the whole path: hardware integration, secure connectivity, a pipeline that copes with patchy networks, and AI that turns raw readings into a few alerts people take seriously. We’ve done it in vineyards and warehouses, in elderly people’s homes, and for drones flying inspections.
Sensors, gateways and custom devices connected securely to the cloud.
Live views of every device and site, with history a click away.
Models that spot wear and failure early, so repairs get planned instead of rushed.
Mission planning, fleet tracking and flight data in one place.
Computer vision that finds damage in drone and camera images and writes it up in a report.
Fewer, better alerts, sent to the right person with the context they need.
Room sensors for air quality, presence, temperature and humidity, with AI that spots the early signs of a problem and alerts caregivers.
Mission control and AI defect detection in one end-to-end drone intelligence platform for a leading US drone manufacturer.
One of the world’s largest wine companies moved from spreadsheets to AI forecasts, a CRM with a support desk, and IoT across its vineyards and warehouses.
We look at the place, the devices and the network before choosing any hardware.
A small set of devices in real conditions, so we learn what breaks before rollout.
Connectivity, data pipeline, dashboards and alerts, ready for hundreds or thousands of devices.
Once there’s reliable data, models that predict failures and flag what needs attention.
Mostly we integrate off-the-shelf hardware such as ESP32, Raspberry Pi, Arduino and industrial sensors, and write the firmware and software around it. That’s faster and cheaper than custom boards for most projects.
We process data at the edge, buffer readings when the connection drops and sync when it returns, so nothing is lost.
Each device gets its own identity and encrypted connection, and we plan for remote updates from the start so security fixes can reach devices in the field.
Yes. Flight data, images, sensor readings and alerts can live in one system with one dashboard.
It depends on the number of devices, the hardware and the sites. After a free 30-minute call we send a plan and estimate, usually within a week.
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