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Highspeed digital, analogue, and mixed signal electronic engineering using rigid or flex PCB manufacturing techniques.

Wireless and fixed communications technologies incorporating Wi-Fi, Bluetooth, or LoRa to proprietary sub 1GHz technologies, the use of satellites and drones for the management of data over geographically sparse applications.

Unparalleled expertise in the application of sensor technologies and calibration systems, from inertial sensors for movement and vibration analysis to biochemical, optical, or magnetic sensors.

We have well established processes for the development of medical devices and diagnostic instruments according to ISO13485, ISO14971, and IEC 62304. In alignment with 21 CFR 820.30 and EU medical device regulations.

We help develop beautifully designed mobile apps that pair perfectly with hardware products, whether it be iOS or Android.

Firmware to bare metal bring up software, device drives and applications for Windows, Linux, Android, RTOS and other proprietary operating systems.

Designing and integrating fluidic systems for complex scientific instruments to high precision point of care medical devices.

Expertise in developing motion control systems, driving motors in vehicular applications to controlling linear and rotational motion at the nanometer scale for optical and scientific systems.

We design products that shape industries, with early stage sketches, rendered concepts, through to mechanical engineering, and virtual product walkthroughs.

Optical systems to acquire high resolution, calibrated images for use with traditional image processing or with Artificial Intelligence.

Inertial platforms used to measure precise movement, vibration, and fatigue in complex systems to the development of body worn sensors for healthcare applications.

Products developed for reliable operation in harsh, rugged applications including extreme temperatures in aerospace, dusty mining environments or technology that needs to withstand high pressures or accelerations.