Embedded Systems
and Industrial
IoT Solutions
We provide full-stack engineering for complex industrial and commercial applications. From high-speed digital PCB design and FPGA programming to robust firmware and autonomous robotic systems, we turn technical challenges into scalable products.
By leveraging rapid prototyping, 3D-printed enclosures, and advanced AI analytics, we deliver precise, end-to-end solutions tailored to your most demanding specifications.
Trusted by innovators across industries.
Areas of Expertise
Specialized engineering for complex industrial challenges.
Industrial Robotics & Extreme Environments
Autonomous Systems
Development of robotic arms and mobile platforms designed to operate in harsh conditions, including extreme temperatures and high-intensity magnetic fields.
Multi-Sensor Fusion
Integration and synchronization of complex systems based on multiple processing units (Raspberry Pi, ESP32) utilizing Computer Vision, ToF laser sensors, and optical barriers.
Big Data & Precision Measurement
High-Speed Data Acquisition
Custom systems for continuous monitoring of 40+ sensors (voltage, current, temperature) with high sampling rates.
Long-term Analytics
Solutions for collecting and processing massive datasets over extended periods (months of continuous operation) with real-time data integrity.
Smart Infrastructure & Custom IoT Solutions
Energy & Environment
Intelligent control systems for renewable energy (solar arrays, thermal storage, heating) and precision bio-photonics (programmable spectral lighting for AgTech).
Asset Tracking & Connectivity
Secure monitoring of vehicles and personnel using LoRaWAN and GPS, integrated with custom cloud visualization dashboards.
Custom Ecosystems
We design and deploy end-to-end IoT networks tailored to specific industrial or commercial requirements, bridging the gap between hardware sensors and remote management.
Our Tech Stack
Modern technologies for robust and scalable hardware.
Hardware Design & Prototyping
Digital & Microprocessor Systems: Development of complex digital and MCU-based boards
FPGA Programming: Implementation of high-speed logic and custom hardware accelerators using FPGA technology (Xilinx/Intel).
Prototyping: Design, assembly, and testing of custom PCB prototypes.
Focus on high-reliability digital circuitry and integrated system controllers.
Connectivity & Protocols: LoRaWAN, WiFi, TCP/IP, BLE, RS485/Modbus, CAN bus, I2C, SPI.
Embedded Programming & Intelligence
Embedded Linux Development: Design and optimization of custom Linux distributions for industrial single-board computers and SOMs.
MCU Firmware: Low-level programming for MCUs (STM32, NXP, RSL10, ESP32, ATmega)
Robotics & Motion Control: Specialized firmware for precision positioning systems, motor control, and autonomous robotic platforms.
Application-level logic for Single-board computers (Raspberry Pi)
Integration of hardware with cloud-based or on-premise AI engines
Mechanical Prototyping
In-house 3D printing (FDM/SLA) for custom enclosures and mechanical components designed specifically for our electronics.
Partnership network for professional fabrication of precise metal and plastic components based on our engineering drawings.
Future Directions
Semiconductor & Defence Standards: Aligning our development lifecycle with the rigorous certification requirements of high-stakes industries.
Edge AI Implementation: Moving AI inference directly onto MCUs for sub-millisecond, autonomous decision-making.
