Showcasing innovative projects that demonstrate our expertise and creativity
A full-stack manufacturing platform for logging defects, marking fault locations, and classifying accepted, rework, and rejected items. Management dashboards track production quality, while an admin portal manages teams, bag models, shifts, and QR codes. Built with React and Express, with PostgreSQL and Supabase support, secure authentication, audit logs, and Excel/PDF exports.
Humanoid Assistive Robotic Platform capable of autonomous self-navigation using visual odometry and real-time perception. Built on Raspberry Pi 5, it integrates an onboard LLM for natural, real-time human interaction and conversational assistance. Equipped with computer vision modules for gender classification and emotion detection to enable context-aware responses. Designed for intelligent human-robot interaction in dynamic environments, combining mobility, perception, and conversational AI.
An intelligent aerial surveillance platform combining computer vision, robotics, and real-time control. Built with AI-powered drone detection, live target tracking, and gimbal automation. Designed to process RTSP camera feeds, analyze threats in real time, and deliver precise operator control through a tactical desktop interface.
Vision-guided targeting platform built on an STM32 microcontroller with real-time camera-based detection. Deep learning model trained on 17,000 images enables robust object recognition and automatic target tracking. Actuation system aligns a mounted payload toward detected targets with autonomous lock-on behavior. Supports manual override via joystick for precise user control and testing in controlled environments.
Terrain-friendly autonomous delivery robot capable of navigating both smooth and rough environments with stability. Advanced path planning using visual SLAM enables real-time mapping and dynamic obstacle avoidance. Smart compartment system with secure, app-controlled locking for efficient and safe item delivery. Built for last-mile logistics, combining autonomy, robustness, and intelligent navigation in real-world conditions.