Solutions
Motor Control for Electric Drives
Model-based motor control architecture solutions, containing Matlab and Simulink models designed for functional modeling and control of electric machines. We support both motor and inverter modeling, as well as field-oriented control (FOC) strategies.
μLinc: USB to CAN-FD and LIN Interface
USB-powered engineering interface providing reliable PC access to CAN-FD, Classic CAN, and LIN networks. Built around C, Python, and .NET SDKs, μLinc supports bench development, automated test benches, HIL/SIL integration, prototype vehicle testing, data logging, and gateway prototyping.
μVOS: Real-time Operating System
Lightweight real-time operating system purpose-built for intelligent sensors, actuators, and MCUs in automotive environments. Designed for ultra-low memory devices, μVOS enables responsive, reliable execution of sensor and actuator logic on microcontrollers with as little as 2KB of RAM.
Automotive Thermal Management
Unified control system, orchestrating cabin climate control, powertrain cooling, battery conditioniong and electronic thermal protection. Leveraging multiple waste heat sources and intelligent control logic, our solution maximizes winter range extension while maintaining automotive-grade quality standards.
Short, iterative deliveries reduce calendar time – you see working increments early and often.
Designed for your constraints and challenges. Our expertise, your business goals.
Hardware and software co-designed to work together. We iterate across PCB, drivers, and app logic.
Start focused, then scale when needed. You pay for the capacity that you actually use.
Weekly demos, crisp status, and single points of contact. You always know what’s next.
Unit, HIL, and system tests mapped to real scenarios. Failures are reproducible; regressions stay out.
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