Automation, Robotics & Edge Computing

We design and implement mechanical and mechatronics control systems that bridge software with physical motion. This includes:

• Robotic and automated production systems
• Motion control and sequencing
• Sensor-driven decision making
• Closed-loop feedback systems

Our approach focuses on reliability, determinism, and long-term maintainability in real-world industrial environments.

We develop end-to-end Edge IoT solutions, from firmware to application-level software, using a wide range of modern embedded platforms:

• Linux-based SBCs: Raspberry Pi, ASUS Tinker Edge, Radxa Rock 5A
• Microcontrollers: RP2040 / RP2350, Arduino, ESP32
• Hybrid systems combining real-time control with high-level Linux applications

Solutions are designed for low power, minimal latency, and long-term stability, whether deployed in a factory, laboratory, or field environment.

We provide ROS and ROS2 module development in C++ and Python, enabling robust hardware integration and advanced robotic control.

This includes:

• Custom drivers and hardware abstraction layers
• Sensor and actuator integration
• Inter-node communication and coordination
• Simulation-ready architectures for testing and validation