From firmware on the device to dashboards in the cloud — full-stack IoT engineering.
Connected products live or die on the seams between hardware and software. Our IoT & Embedded Systems team builds the full stack — firmware that runs reliably on constrained devices, the protocols and gateways that get sensor data off-site, and the cloud platforms and dashboards that turn raw telemetry into decisions. We work equally comfortably flashing a microcontroller and designing the data pipeline it feeds.
One team owns firmware, connectivity, and the cloud platform — no finger-pointing between vendors.
MQTT, BACnet, KNX, Modbus, Zigbee — we integrate whatever your devices and buildings already speak.
OTA update pipelines and low-power design so fleets stay reliable long after deployment day.
Reliable, low-power firmware for the devices your product depends on.
Connect devices, buildings, and legacy systems without a rip-and-replace.
Turn raw device telemetry into dashboards people actually check.
Automate lighting, HVAC, and energy management from a single connected system.
Automate, scale, and operate cloud infrastructure with confidence.
Build the data foundation that every great decision rests on.
Turn raw data into decisions that actually move the needle.
Our IoT & Embedded Systems services power businesses across these sectors.
Architectural BIM, scan-to-BIM, 3D visualisation, and automation for AEC projects.
Everything you need to know about our IoT & Embedded Systems services.
Both, though most engagements start from an existing or off-the-shelf board (ESP32, STM32, Nordic nRF, Raspberry Pi) and focus on firmware, driver, and connectivity work. For projects that need custom PCB design, we bring in vetted hardware partners and manage the integration ourselves.
MQTT and CoAP for device telemetry, BACnet and KNX for building management systems, Modbus for industrial equipment, and Zigbee or Thread for low-power sensor meshes. We assess what your buildings or devices already run before recommending anything new.
We design OTA (over-the-air) update pipelines from day one, with staged rollouts, rollback on failure, and delta updates to minimise bandwidth on constrained connections. Devices without OTA capability are the exception, not the default, in anything we ship.
Yes — this is one of our most common engagements. We build gateway services that translate between legacy BACnet, Modbus, or proprietary SCADA protocols and modern cloud data platforms, without requiring a rip-and-replace of existing controllers.
It flows through a managed ingestion pipeline into time-series storage, with dashboards and alerting layered on top. We size this to your data volume — a handful of sensors might use a lightweight managed service, while a six-building campus needs a proper streaming architecture.
Low-power design is a first-class constraint, not an afterthought — sleep cycles, transmission batching, and protocol choice (Zigbee and Thread over Wi-Fi where possible) are all tuned against your required battery life before a single line of firmware is written.
Yes — fleet monitoring, firmware maintenance, and incident response are available as an ongoing engagement, similar to how we support cloud infrastructure. Most clients move to this model once their initial rollout stabilises.
Our team will scope your project and put together a tailored proposal within 48 hours.