Below are some works that I've developed over the past few months.
SRAAS (Smart Rural Analytic And Alert System) is an intelligent IoT-based platform designed to provide real-time analytics and automated alerts for rural infrastructure monitoring and management.
A lightweight backend server built with FastAPI to handle WhatsApp message dispatching via Twilio API. Enables Multi-Channel Protocol (MCP) support for structured and automated message delivery. Ideal for integrating WhatsApp messaging into bots, notification systems, or support tools.
This project involves designing and developing a robotic arm powered by the ESP32 microcontroller. The arm is programmed for precision control and task automation, incorporating advanced features such as wireless connectivity for real-time command execution. This project demonstrates expertise in robotics, IoT, and microcontroller programming.
Institution Robot UI is a responsive web interface for controlling and monitoring educational robots. It features real-time status updates, control buttons, and a clean, user-friendly design. Built with HTML, CSS, and JavaScript to ensure cross-device compatibility and smooth performance. Ideal for use in classrooms, labs, or research environments with minimal setup required. The UI can be adapted to various robotic systems and easily extended for future upgrades.
It is a front-end web application built using HTML, CSS, and JavaScript. It fetches real-time weather data from a weather API (such as OpenWeatherMap API) using asynchronous JavaScript (fetch). The app dynamically updates the user interface based on API responses, displaying temperature, weather conditions, and location-specific details.
A data visualization project showcasing ISRO’s historic launch data using interactive charts. Built with HTML, CSS, JavaScript, and Chart.js to present launch trends and insights clearly. Helps users explore mission types, frequencies, and success rates in an engaging visual format.
This project showcases a simple and effective IoT solution for real-time temperature and humidity monitoring using an ESP32-S microcontroller and a DHT11 sensor. The data is displayed on a smartphone via the Blynk App, making it perfect for applications such as environmental monitoring, smart homes, and agricultural automation.
This project is an Arduino-based automatic braking system. It uses a servo motor, IR sensors, and a relay to detect obstacles or engage the braking mechanism based on user input. The system can be utilized in small robotic vehicles or other applications requiring automatic braking.
This project creates a WiFi login portal for the mentioned SSID Network , allowing victims to log in with their email and password to gain access to the fake network. The portal runs on an ESP32 board and utilizes the WiFiMulti, DNSServer, and WebServer libraries to handle network requests and DNS spoofing.
Interactive Quantum Coin Flip simulator demonstrating quantum principles like superposition and quantum gates. The project uses HTML, CSS, and JavaScript with the Quantum Circuit library for quantum operations. Explore the concept of quantum mechanics through a fun and engaging coin flip animation!