Technical Projects

• Collaborated with a team to design a simulated electronic voting system, purposefully embedding 5+ known vulnerabilities to understand potential attack vectors and enhance the security framework.
   
• Identified and documented an external group's machine for vulnerabilities, both intentional and unintentional, applied ethical hacking techniques and best practices for ensuring electronic voting system integrity.
   

• Built web-based virtual training labs for Solidity developers to learn Smart Contracts security vulnerabilities.
   
• Developed and deployed the project using React/Node JS and Netlify/Heroku.

• Implemented the Least-Significant Bit Steganography technique to hide messages inside RGB/RGBA images.
   
• Utilized prevalent Pillow and NumPy Libraries in Python to write the encoding and decoding functions.
   

Built a simple self-replicating virus in python that infects other python files and carries out malicious activities on the host system.

Created a type of monitoring software designed to record keystrokes made by a user into a website or application. Used pynput library of Python

Trained a Zero-Reference Deep Curve Estimation (Zero-DCE) Network using PyTorch to estimate pixel-wise and high-order curves for dynamic range adjustment to enhance images captured in low-light environments. Further, developed and deployed a web app using Streamlit and Heroku.

Programmed a Python Web Scraping Tool which scrapes cybersecurity news from top sources and stores it in a MongoDB database. Successfully deployed web crawlers or spiders using Scrapy Framework. 

A live weather reporting website that interacts with MapBox and Dark Sky APIs to get coordinates and weather report of the location. Deployed a Node.JS based web app on Heroku Server and a Kotlin based Android App

An OpenCV based Java game with fun facial recognition AR filters to teach the importance of rivers to school students.