Our Technologies

The novel aspect of this project lies in an innovative and fully automated technology for facial image retrieval in criminal investigations. The system is designed to efficiently identify suspects based on minimal manually provided features such as face shape and eye characteristics. This automated process eliminates the- need for manual sketch preparation, distinguishing it from traditional methods. The technology streamlines the identification process, offering law enforcement agencies an accurate and time-saving solution.

Cloud Lab is an innovative platform at the forefront of reshaping hands-on learning for the digital era. It facilitates unparalleled remote access to hardware resources, mitigating the need for physical presence within traditional laboratories. Through an integrated web application, users engage in real-time experimentation with FPGA boards and diverse hardware components. It offers versatility across a multitude of domains, including Embedded Systems, Digital System Design, IoT, Robotics, Mechatronics, AI Accelerators, and more.

The novel aspect of this project lies in a circularly polarized (CP) reflectarray, uniquely fed by a linearly polarized (LP) source. Circular polarization is favored in communication systems for its reduced loss in multi-path fading marks and transmitter-receiver disorientations. The reflectarray efficiently produces a directional beam with high gain at its operating frequency while exhibiting a low radar cross-section (RCS) at out-of-band frequencies. This is crucial for communication systems where circular polarization reduces multi-path fading effects and is less susceptible to disorientations.

The Trainer and Tester for Digital Circuits (TATDC) is an innovative project that leverages advanced technology to provide a comprehensive solution for digital circuit experimentation. The technology behind TATDC represents an improvement over the existing state-of-the-art by addressing the limitations of current Digital Circuits Experimentation kits. Notably, no known kit performs all three tasks – digital circuit testing, IC testing, and voltage measurements – within the specified budget and space constraints. The improved form factor and convenience in lab experiments make TATDC a cutting-edge solution for digital circuit laboratories, offering quick and efficient debugging capabilities.

Foodle, a culinary word game, capitalizes on the intrinsic connection between language and food. Acknowledging that words related to the culinary world shape our cravings, the project introduces a five-letter word game inspired by the popular Wordle. The objective is to subtly encourage players toward nutritious, healthy, and sustainable eating practices.