Formula 1
Control code that has to behave identically on every lap — deterministic task timing, calibratable maps and CAN traffic that stays inside its budget.
Embedded softwareEmbedded software and control hardware engineering
One team writes the software, designs the hardware it runs on, and tests both on our own HIL rigs.
ISO 26262DO-178CMIL & Autosport Wiring HarnessXCP CalibrationMATLAB / SimulinkVerilog / FPGA
01
Embedded Software
Real-time firmware, Simulink models and FPGA logic, written to ISO 26262 and DO-178C.
02Control Hardware
XCP-calibratable platforms, from a prototype board to a production ECU.
03Hardware-in-the-Loop
Real-time simulation rigs and automated tests that run before anything ships.
04Wiring Harness
MIL and autosport wiring harness design, specification and validation.
05Products
The scSVD2 servo valve driver and the scVCU vehicle control unit.
Expertise
Disciplines
Where our embedded software runs. Every discipline below sets the timing, robustness and diagnostics the code is written to.
WEC endurance racing
Twenty-four hours without a reset: watchdogs, fault handling and diagnostics written so a problem is visible from the pit wall, not after the flag.
Embedded software
WRC rally
Embedded control built for gravel, heat and vibration — robust I/O handling, resilient logging and configuration that changes between stages.
Embedded software
Hydro foiling
Rig loads, foil position and boat instrumentation fused in real time, so the crew and the shore team read the same numbers.
Embedded softwareHow we work
How we work
01 — Design
Model & specify
Control algorithms modelled in MATLAB/Simulink, specified with the hardware.
02 — Build
Implement in-house
Embedded C, FPGA logic and hardware from the same team.
03 — Validate
Test on the bench
Run on our HIL rigs across operating conditions before delivery.