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Embedded System

High-Performance Embedded Systems & Industrial Automation Solutions

Specializing in mission-critical C/C++ programming and FPGA design for industrial automation. We provide the technical foundation for the world’s most demanding semiconductor machinery, embedded systems, and edge computing systems.

Embedded System

Our Core Services

We develop high-performance software for advanced embedded systems and industrial automation. From low-level firmware and real-time middleware to industrial software and computer vision, our engineers build reliable systems that power next-generation machines, smart devices, and autonomous platforms.

Embedded Systems & Firmware Development

Embedded Systems & Firmware Development

Optimized C/C++ solutions for microcontrollers and RTOS. We ensure low-latency performance and high reliability for complex hardware environments.

FPGA Design & Hardware Acceleration

FPGA Design & Hardware Acceleration

Custom RTL design and hardware acceleration for high-speed data processing, ensuring your systems outperform standard CPU/GPU architectures.

Industrial Control Software

Industrial Control Software

High-performance Windows/Linux system programming. Developing the "brain" of industrial machinery with a focus on stability and real-time processing.

Machine-to-Machine (M2M) Connectivity

Machine-to-Machine (M2M) Connectivity

Developing robust communication protocols and IoT integration to ensure seamless data flow between industrial devices and enterprise systems.

Why VAIX?

C/C++ Specialists

C/C++ Specialists

Over a decade of experience in low-level programming where performance and memory management are non-negotiable.

Industrial Stability

Industrial Stability

Reliable 24/7 operation using RTOS, RT-Linux, and precision motion control.

Seamless Integration

Seamless Integration

Full-stack expertise bridging embedded firmware with high-speed Windows/HMI software.

Scalable Outsourcing Model

Scalable Outsourcing Model

Access a dedicated team of senior embedded engineers without the overhead of in-house R&D.

Target Industries

We deliver high-precision, specialized engineering solutions meticulously tailored to meet the most rigorous technical demands and safety standards of today's leading high-tech industries.

Semiconductor
Manufacturing Equipment

Semiconductor Manufacturing Equipment

Low-latency firmware and FPGA integration to meet the sub-micron precision requirements of the semiconductor industry.

Embedded Systems
& Motion Control

Embedded Systems & Motion Control

Implementation of complex Kinematics, Path Planning algorithms, and high-speed trajectory control using C/C++.

Factory Automation (FA)
Controllers

Factory Automation (FA) Controllers

Real-time communication protocols (EtherCAT, CANopen, Modbus) and deterministic control logic for mission-critical hardware.

Development Workflow

We follow a structured engineering process to ensure reliability, transparency, and high-quality results. From requirement analysis and system design to rigorous testing and documentation, each stage is carefully managed to meet the standards required for complex industrial and safety-critical systems.

Requirement Analysis & Hardware Sync

Aligning software logic with hardware constraints. We ensure seamless integration with sensor interfaces, power budgets, and mechanical specs.

Architecture & Kernel Design

Designing low-latency frameworks. We architect custom kernels (Windows/Linux/RTOS) optimized for high-speed industrial processing.

Core Development & FPGA Logic

Implementing mission-critical code. We develop high-performance C/C++ and custom RTL logic for hardware acceleration.

Hardware-in-the-Loop (HIL) Testing

Risk-free validation. We use HIL simulation to verify software behavior against virtual hardware before any field deployment.

Deployment & Field Optimization

On-site performance tuning. We provide expert calibration to ensure the system integrates perfectly with your "Genba" machinery.

Technologies Stack

We strive to utilize our technical experience and a curated selection of tools to support your hardware in achieving its intended performance and reliability.

Languages

Languages

  • C,
  • Modern C++
  • Assembly
  • Verilog/VHDL
Operating Systems (OS)

Operating Systems (OS)

  • Linux (Kernel/Driver)
  • RT-Preempt
  • Windows (Win32/WPF)
  • Embedded Bare-metal
Frameworks

Frameworks

  • ROS1/ROS2
  • Qt Framework
  • OpenCV
  • PCL (Point Cloud Library)
Protocols

Protocols

  • EtherCAT
  • CAN/CANopen
  • Modbus
  • TCP/IP
Hardwares

Hardwares

  • STM32
  • NVIDIA Jetson
  • Xilinx FPGA
  • Beckhoff
  • Industrial PCs

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