Voyage & Virtue is a collaborative cybersecurity project that simulated a honeypot-canary detection environment in AWS. The team designed a static website hosted on Amazon S3, embedded with canary tokens to detect attacker activity. Cloud-native security tools — including GuardDuty, CloudWatch, and EventBridge with SNS — were integrated to monitor threats, trigger alerts, and automate responses. The project demonstrated practical skills in cloud security architecture, IAM configuration, and Blue Team/Red Team simulation, bridging academic concepts with real-world implementation.

A beginner-friendly cybersecurity project focused on ethical hacking and system enumeration. Using Kali Linux and built-in tools like Nmap and Nikto, I conducted scans on a deliberately vulnerable VM. The goal was to identify open ports, services, and known vulnerabilities as part of a simulated threat reconnaissance process.

An interactive, fully responsive web visualization of over three decades of major cybersecurity incidents — including data breaches, ransomware outbreaks, and zero-day exploits — from 1990 to 2025. Users can filter by year range, industry, and attack type, and explore detailed event descriptions via hover/tap tooltips. The project showcases front-end engineering, data visualization, and responsive UI design.

A Python-based command-line tool for exploring password hash security through multiple cracking techniques. It supports a wide range of hash types (MD5, SHA-1, SHA-256, SHA-512, PBKDF2), salted and iterated hashes, and offers dictionary, rule-based, and brute-force attacks. The project emphasizes performance with parallel CPU execution and efficient handling of large wordlists, serving as an educational tool for ethical security testing.

A Netflix-inspired digital archive celebrating Black innovators, inventors, engineers, creators, and visionaries throughout history. The platform features a cinematic, responsive interface with curated profile collections, immersive category browsing, animated interactions, and visually rich presentation inspired by modern streaming platforms. Designed with a strong emphasis on storytelling, accessibility, and cultural preservation, the project demonstrates modern front-end engineering, component-driven architecture, responsive UI design, and interactive user experiences while blending education with contemporary web aesthetics.