A complete embedded foundation

  • Embedded firmware development (MCU / Linux / RTOS)
  • PCB design, prototyping, and iteration
  • Hardware bring-up, debugging, and verification
  • Communication protocols and systems integration
  • Test automation and maintainability practices

1) Embedded Programming  

We develop embedded software for microcontrollers and embedded platforms, focusing on reliability and predictable behavior.

  • Bare-metal and RTOS-based systems
  • Embedded Linux platforms
  • Safety- and reliability-critical applications

Result:  Stable on-device behavior and predictable performance.


2) PCB Design & Prototyping  

We support the full PCB development process:

  • Requirements capture and component selection
  • Schematic design and PCB layout
  • Design-for-manufacturing considerations
  • Prototype ordering and revision cycles

Result: Faster hardware iteration with fewer surprises.


3) Hardware Bring-Up & Debugging  

We handle early-stage hardware challenges:

  • Power sequencing and boot issues
  • Signal integrity and interface debugging
  • Component validation and failure analysis

Result: Boards that reliably boot, communicate, and operate in the field.


4) Protocols & Integration  

We integrate embedded systems with existing infrastructure:

  • CAN, Modbus, MQTT, OPC-UA (as required)
  • PLC, gateway, and edge device environments

Result: Devices that fit smoothly into existing systems.


5) Firmware Validation & Test Automation 

We implement structured validation processes:

  • Automated testing and regression checks
  • Hardware-in-the-loop testing where relevant
  • Versioning and release discipline

Result: Fewer field failures and easier long-term maintenance.