Custom Control Systems for Intelligent Machines
We design AI-native controller boards tailored to your machine. Board architecture in 5 days. You pay nothing for the design.
Building the control system is the hardest part of building a machine.
To design, test, and produce custom control electronics. That's before your product ships a single unit.
For an in-house hardware team — and that's if you can even recruit FPGA engineers.
Motor control, safety logic, sensor fusion, AI compute, operator software — all on one board. Legacy PLCs can't do this.
One board. Designed for your machine.
Tell us about your machine
We start with your requirements — sensors, actuators, AI compute, safety, form factor.
We design the architecture in 5 days
A fully custom board design combining FPGA real-time control with NVIDIA Jetson AI compute — tailored to your exact needs.
You get production-ready hardware
We handle manufacturing. You get boards ready to integrate into your machine. No R&D cost — you pay only for production units.
Built for the machines that are changing every industry.
Autonomous navigation, implement control, and GPS precision across rugged terrain.
Ruggedized control for autonomous excavators, loaders, and inspection platforms.
Pressure-tolerant electronics with sonar processing, thruster control, and autonomous navigation at depth.
Ultra-low-latency real-time computing for surgical navigation and robotic instruments.
Stable flight control with contact mechanics for drones performing NDT at height.
Vision-guided manipulation, precise motor control, and hygiene-rated enclosures for kitchen and warehouse automation.
Trusted by teams building the next generation of intelligent machines.
800+ controllers shipped across precision machinery, energy, and automotive.
Field notes on control electronics for intelligent machines.
Top 10 hardware brains for service robotics (2026 ranking)
Engineer-honest ranking of 10 hardware brains for service robotics in 2026. Real specs, named weaknesses, and deployment guidance by vertical.
May 27, 2026
GuideCustom Jetson carrier board design for robotics: a 2026 guide
How to design or specify a custom NVIDIA Jetson carrier board for production robotics — module selection, power tree, thermal, EMC, connectors, and lifecycle.
May 23, 2026
BlogControl electronics for field robots: what actually matters in 2026
A buyer's guide for robotics OEMs evaluating control electronics for field machines: IP67, wide-temp, EMC, safety partitioning, and vendor criteria.
May 18, 2026
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