Secure Neurobot
A brain-controlled robotics project that turns a small set of brain signals into actions such as OPEN, CLOSE, and STOP. An independent safety system checks every command before the robot is allowed to move.
Research
I’m interested in building AI-powered systems that remain safe and reliable when they interact with the physical world. I want to study how robots and connected devices can make dependable decisions when sensor data is noisy, incomplete, or manipulated. This work brings together my experience in AI and cybersecurity with my background in electronics and my growing interest in robotics.
Highlights
Real-Time Phishing Detection
A system that detects suspicious emails as they arrive and helps people understand the warning signs. It combines automatic detection with simple safety guidance to protect users from changing phishing attacks.
Read paper ↗State-Sponsored Cyberattacks
A study of the Salt Typhoon attack on major U.S. telecommunications providers. The research identifies weaknesses in critical infrastructure and proposes ways to strengthen national telecommunications security.
Read paper ↗Security for AI Agents
Work focused on giving AI systems only the access they need, monitoring the actions they take, and testing what happens when they make mistakes. The goal is to make AI agents safer for real-world use.
AlphaED
An education venture I started at 18 and later sold to an education technology company at 22. It was my first experience turning an idea into a product, building a team, and growing a company.
Edventure Park
Helped grow a student technology community from around 500 to more than 5,000 members while supporting its hardware lab and helping young builders learn electronics through practical prototypes.