Embedded System
High-Performance Embedded Systems & Industrial Automation Solutions
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
Optimized C/C++ solutions for microcontrollers and RTOS. We ensure low-latency performance and high reliability for complex hardware environments.
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
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
Developing robust communication protocols and IoT integration to ensure seamless data flow between industrial devices and enterprise systems.
Why VAIX
Industrial robotics demand more than code - they require mission-critical embedded systems engineered for precision and 24/7 reliability.
C/C++ Specialists
Over a decade of experience in low-level programming where performance and memory management are non-negotiable.
Industrial Stability
Reliable 24/7 operation using RTOS, RT-Linux, and precision motion control.
Seamless Integration
Full-stack expertise bridging embedded firmware with high-speed Windows/HMI software.
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
Low-latency firmware and FPGA integration to meet the sub-micron precision requirements of the semiconductor industry.
Embedded Systems & Motion Control
Implementation of complex Kinematics, Path Planning algorithms, and high-speed trajectory control using C/C++.
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
- C,
- Modern C++
- Assembly
- Verilog/VHDL
Operating Systems (OS)
- Linux (Kernel/Driver)
- RT-Preempt
- Windows (Win32/WPF)
- Embedded Bare-metal
Frameworks
- ROS1/ROS2
- Qt Framework
- OpenCV
- PCL (Point Cloud Library)
Protocols
- EtherCAT
- CAN/CANopen
- Modbus
- TCP/IP
Hardwares
- STM32
- NVIDIA Jetson
- Xilinx FPGA
- Beckhoff
- Industrial PCs
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