BS Computer Science @ Arizona State University
Building secure systems • Breaking insecure ones • Automating everything in between
I'm a Computer Science student at Arizona State University with a concentration in Software Engineering, graduating May 2026. I specialize in cybersecurity, cloud infrastructure, and blockchain development — combining offensive security thinking with production-grade engineering.
From deploying honeypots and building custom firewalls to architecting AI-powered Web3 platforms, I thrive at the intersection of security and innovation.
AI-Powered Blockchain Rewards Platform — A Web3 + AI ecosystem using Solidity smart contracts, FastAPI, and React. Features fraud-detection AI via IsolationForest and OCR-based receipt validation, deployed on Polygon testnet.
Custom Python Packet Filter — A stateful firewall built with Python sockets and iptables hooks to mitigate DoS attacks. Traffic logged to SQL dashboard with throughput benchmarked under Nmap and hping3 simulations.
Automated Vulnerability Scanner — Integrated Nmap, CVE feeds, and OSINT APIs for modular Python scanning. Generates HTML security reports and Dockerized for scalable deployment.
Threat Analysis System — Deployed Cowrie and Dionaea honeypots in segmented Ubuntu VMs to capture SSH/HTTP attacks. ELK Stack for real-time threat visualization and payload pattern analysis.
Industry-standard cybersecurity certification
Planned 2025AZ-900 Cloud Certification
EarnedIntroduction to Cybersecurity
Earned