A gesture-controlled robotic rover using Arduino Nano, MPU6050, and NRF24L01 for wireless motion control. Hand gestures are translated into directional commands using accelerometer-based detection. A custom RF protocol enables reliable communication between transmitter and rover. LED indicators provide real-time visual feedback on system status and connectivity. Features include auto-stop safety logic and efficient motor control via the L298N driver.

A fintech-focused web application that simulates secure global payment transactions with an emphasis on speed, reliability, and real-time processing. It visualizes transaction flows across regions, applies end-to-end encryption, and generates AI-powered insights for better financial understanding. Built using modern serverless architecture and optimized for a smooth, responsive user experience on any device. The project highlights secure API design, real-time data handling, and scalable cloud-based systems.

A backend contribution to the AI-powered FRA Atlas and WebGIS Decision Support System, designed to modernize Forest Rights Act (FRA) implementation across multiple states. The system digitizes legacy FRA records, integrates satellite-based asset mapping, and enables AI-driven identification of land, water, and forest assets. It provides an interactive WebGIS portal for visualizing spatial and socio-economic data while powering a DSS engine that recommends suitable government schemes for FRA patta holders. Built to support decision-makers with accurate, real-time, and actionable insights.