Who We Are

We develop advanced Electronic Instrumentation and Mixed Reality solutions for industrial automation, mining safety applications. Our expertise spans embedded systems, sensor integration, IoT-enabled monitoring, real-time data acquisition, and immersive visualization technologies. We work closely with leading academic institutions, government organizations, and industry partners to transform complex engineering challenges into reliable, scalable, and future ready technologies.

Instrumentation

Electronic Instrumentation

Our work in electronic instrumentation, especially for the mining sector focuses on delivering precision, durability, and safety in some of the world’s most demanding environments. We design and implement advanced monitoring and control systems that ensure reliable performance under extreme conditions. From rugged sensors that withstand dust and vibration to automated data acquisition platforms that enhance operational efficiency, our solutions empower mining operations to make smarter, safer, and more sustainable decisions. By integrating cutting-edge electronics with industry-specific requirements, we help optimize resource extraction while reducing downtime and maintenance costs.

Mixed Reality

In parallel, we are pioneering innovations in mixed reality (MR) with physical interaction, bridging the gap between the digital and physical worlds. Our MR solutions go beyond visualization—they enable users to interact with physical actuators in real time, creating immersive experiences that transform training, design, and field operations. Whether it’s simulating complex industrial processes for workforce training or enabling engineers to manipulate or explore 3D environment with physical actuators, our technology enhances collaboration and accelerates problem-solving. By combining spatial computing with tactile feedback, we deliver experiences that are not only immersive but also practical and impactful in industrial settings.

Mixed Reality

Achievement Achievement

1st Prize winner of Hackathon 2025 organised by Central Mine Planning & Design Institute Ltd., Ministry of Coal on the topic Indigenous development of Intelligent Monitoring and Control System for Ventilation and Fire Management System in Underground Coal Mines jointly with IIT Ropar, IIT Delhi and IIT Kharagpur. The objective is to develop an intelligent system for monitoring and controlling the ventilation and fire management of underground coal mines.

This system should incorporate IoT sensors, digital anemometers, and advanced algorithms to continuously (24x7) monitor and adjust ventilation parameters, ensuring optimal air quality and flow. The system should monitor environmental parameters and air quantity measurements using digital anemometers at district intake, return, and Last Ventilation Connection (LVC).