Hardware · IoT · Cybersecurity · Embedded Systems
I'm a maker and security researcher who lives at the intersection of physical hardware and digital systems. I build things that blink, connect, and sometimes break — intentionally.
My work spans from low-level embedded firmware and sensor networks to IoT security research, RF hacking, and custom electronics. If it has a microcontroller or a network interface, I'm interested.
When I'm not soldering or writing exploits, I'm documenting builds and sharing knowledge with the maker community.
Single-button Arduino controller for a 28BYJ-48 stepper motor. Non-blocking state machine with directional logic, timed auto-return, and coil deactivation to prevent heat buildup.
Distributed sensor nodes using ESP8266 modules reporting temperature, humidity, and motion data to a central MQTT broker with a lightweight dashboard.
SDR-based tool for capturing and analyzing 433MHz and 915MHz RF signals from consumer IoT devices. Identifies replay vulnerabilities in wireless protocols.
Low-interaction honeypot deployed on a Raspberry Pi that logs and fingerprints attackers scanning for IoT vulnerabilities — Telnet, SSH, and HTTP traps.
DEF CON-style electronic badge with addressable LEDs, IR communication between badges, and a hidden CTF challenge encoded in the PCB silkscreen.
Automated pipeline for extracting and analyzing firmware from consumer routers — identifies hardcoded credentials, vulnerable services, and outdated libraries.
Always open to collaborating on hardware builds, security research, or interesting maker projects. Drop a message or find me on the platforms below.