A full-stack web application developed for my university Honors project. A secure, human-centered web authentication prototype designed specifically to support users with Multiple Sclerosis (MS). It bridges the gap between strict cybersecurity and accessibility by implementing inclusive passphrase, passkey, and account recovery mechanisms.
Tech Stack: HTML, CSS, JavaScript, PHP, and MySQL.
A comprehensive Python automation tool that streamlines the penetration testing lifecycle.
It integrates python-nmap for target reconnaissance, parses service banners and NSE script outputs to query SearchSploit, and automatically validates and matches exploits to generate interactive Metasploit Resource Control (.rc) scripts for seamless exploitation
An end-to-end IoT application designed for reliable medication adherence. Built on a Raspberry Pi Zero, it features a custom Linux Kernel Module for hardware isolation, a Python-based alert daemon, and a local Flask dashboard.
The system securely syncs configurations and telemetry with an AWS serverless backend (API Gateway, Lambda, DynamoDB) and utilizes mutual-TLS MQTT via AWS IoT Core for real-time monitoring and remote commands.
A native Android application designed to improve healthcare accessibility and medication adherence. It allows users to seamlessly locate nearby pharmacies, set scheduled reminders, and securely manage their personal medication logs in the cloud.
Tech Stack: Java, Android Studio, Google Maps SDK, Room Database.
A gamified web application designed to increase student engagement through daily coding problems and cybersecurity scenarios. As Project Manager, I led a team of six developers and researchers to deliver this client-commissioned platform, achieving an A+ overall grade.
Tech Stack: HTML, CSS, JavaScript, PHP, MySQL. (Project Management & Planning: MS Project).