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.

VRPIS easily connects to external
systems and hardware, such as:

Manufacturing control systems
Accounting platforms
Weighing systems
Identification label printing for logistics
Energy consumption monitors
Logistics planning and monitoring

Areas of Expertise

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

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.
Advanced Sensor Fusion: Real-time synchronization and analysis of massive, multi-modal sensor arrays.

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