Projects & Implementations

Beyond theoretical research, I build the systems, demonstrations, and datasets required to prove threat models and test cryptographic primitives.

Selected Projects

DOMtegrity

Focus: Web-page integrity against malicious browser extensions. [Add a short paragraph detailing the technical implementation, the language used, and the outcome/link to repo if public.]

TouchSignatures & PINlogger.js

Focus: Sensor-based side-channel attacks. Demonstrated how device orientation and motion sensors could be exploited to infer user input (like PINs). This project provided the tangible evidence needed to drive W3C standards changes for sensor API permissions.

Texture Fingerprinting

Focus: Physical-object authentication. Developed a system to extract unique, unforgeable cryptographic keys from the intrinsic physical texture of standard paper, bridging the physical and digital security divide.

Acoustic Enigma Attack

Focus: Historical side-channels. Investigated acoustic side-channels against historical cryptographic machinery, proving that physical emanations can compromise even legacy secure systems.

Verifiable E-Voting

Focus: Cryptographically verifiable systems. Implemented and tested self-enforcing voting systems utilizing advanced cryptographic protocols to ensure anonymity and verifiable tallying.