• 01

    Edge AI & embedded intelligence

    Inference that runs on the device — on a microcontroller, an SoC or an FPGA — with a power and latency budget that holds.

    • Model selection and quantisation for microcontroller and SoC targets
    • TinyML on Cortex-M class devices, including INT8 and pruned networks
    • Real-time vision pipelines — capture, pre-processing, inference, decision
    • FPGA inference acceleration for latency-critical and high-throughput paths
    • +4 more
    Edge AI & embedded intelligence in detail
  • 02

    Hardware design

    From a first block diagram to a manufacturable board — schematics, layout, bring-up and validation.

    • Architecture and component selection, with availability and lifecycle in mind
    • Schematic capture and design reviews
    • Multi-layer PCB layout, including controlled impedance and high-speed routing
    • Power supply design, sequencing and thermal budgeting
    • +3 more
    Hardware design in detail
  • 03

    Embedded software & firmware

    Firmware on microcontrollers and processors, plus the Linux, Windows and Android software around it.

    • Bare-metal and RTOS firmware for 8-, 16- and 32-bit microcontrollers
    • Board support, bootloaders and secure field update mechanisms
    • Drivers and communication stacks — USB, Ethernet, CAN, SPI, I²C, UART, BLE
    • Embedded Linux — Yocto and Buildroot images, kernel and device-tree work
    • +3 more
    Embedded software & firmware in detail
  • 04

    FPGA development

    Logic design for high-speed acquisition, imaging and interfacing where a processor alone will not keep up.

    • VHDL and Verilog RTL design
    • High-speed data acquisition and streaming pipelines
    • Image sensor interfacing and real-time image processing
    • High-speed serial interfaces and custom protocol bridges
    • +3 more
    FPGA development in detail
  • 05

    Prototyping & production

    Prototype builds, manufacturing files and the follow-up that gets a design cleanly into series production.

    • Prototype builds and small series
    • Manufacturing data packs and assembly documentation
    • Design for manufacturing and design for test reviews
    • Component sourcing, second sources and obsolescence handling
    • +3 more
    Prototyping & production in detail
  • 06

    Project & engineering management

    Leading a development in-house, or helping your organisation build the process to run it well.

    • Technical project leadership for hardware and software developments
    • Requirements capture, specifications and acceptance criteria
    • Planning, risk registers and supplier coordination
    • Design reviews, gate reviews and traceable decisions
    • +2 more
    Project & engineering management in detail

Get in touch

Tell us the hard part first.

The fastest way to find out whether we fit is to describe the thing that is already going wrong — the timing, the noise, the inference budget, the supplier, the deadline.