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Our Services

Engineering intelligence into the physical world
 

We design the hardware, firmware and AI that let machines see, sense and act in real time. Our specialism is the hard part of edge AI: moving high-bandwidth sensor data through low-latency, deterministic pipelines on power-constrained hardware, and turning it into a product that can be certified, manufactured and deployed.

Modern Architecture

1

Edge AI & Machine Learning

  • Model development, training and optimisation for on-device inference, including quantisation, pruning and compilation for GPUs, FPGAs and NPUs

  • Real-time computer vision, sensor fusion, object detection, tracking and pose estimation

  • Hardware-aware model selection, so the AI is designed around your power, thermal and latency budget from day one

  • Validation and performance benchmarking on target hardware, not just in the lab

2

NVIDIA Holoscan & Accelerated Computing

  • Real-time sensor processing pipelines built on the NVIDIA Holoscan SDK, from sensor ingest through to inference, visualisation and control

  • Holoscan Sensor Bridge integration, streaming camera, lidar, radar and imaging data over Ethernet directly into GPU memory

  • Deployment on NVIDIA Jetson and IGX platforms, including Thor and Orin, from developer kit to production hardware

  • Low-latency medical imaging, surgical video and endoscopy pipelines

  • Multi-camera perception and sensor fusion for robotics and autonomous platforms

3

FPGA & Adaptive SoC Design (AMD Xilinx and Altera)

  • Custom FPGA and SoC design on AMD Xilinx (Zynq UltraScale+, Versal, Kria) and Altera (Agilex, Cyclone) devices

  • AI inference acceleration in programmable logic using AMD Vitis AI and Altera FPGA AI Suite

  • High-speed sensor interfaces, camera pipelines (MIPI CSI-2, SLVS-EC, JESD204) and custom preprocessing in hardware

  • FPGA-based sensor bridges that feed NVIDIA GPU platforms, combining deterministic FPGA front ends with GPU compute

  • Embedded Linux, PetaLinux/Yocto, device drivers and hardware/software co-design on SoC FPGAs

4

Electronics Design

  • High-speed and mixed-signal PCB design for compute modules, carrier boards and sensor heads

  • Custom carrier boards for NVIDIA Jetson, AMD Kria and Altera SoM platforms

  • Power, thermal and EMC design for compact, battery-powered and airborne systems

  • Prototyping, component sourcing and supply chain management through to production

5

Embedded Software

  • Firmware for microcontrollers, real-time processors and SoCs

  • Embedded Linux, RTOS and board support package development

  • Sensor, actuator, motor control and communication protocol integration (CAN, EtherCAT, MAVLink, ROS 2)

  • Real-time performance tuning, profiling and debugging

6

Industrial & Mechanical Design

  • Product design that balances aesthetics, ergonomics and the thermal demands of edge compute

  • Ruggedised and lightweight enclosures for drones, robots and clinical environments

  • CAD modelling, simulation and design for manufacture

  • Rapid prototyping and physical testing

Our Approach

End-to-end support throughout the product life cycle, from concept to post-launch

Collaborative approach, working closely with clients to understand their vision and requirements

Iterative development process, ensuring regular feedback and flexibility

Quality assurance and testing at each stage to deliver reliable and high-performance solutions

Close collaboration with manufacturing partners for seamless production integration

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