Projects
Undervolting Static Side-Channel Attacks

Chypnosis introduces a new class of side-channel attacks that exploit undervolting-induced static leakage to recover cryptographic secrets. It demonstrates that even static power variations in CMOS circuits can expose sensitive information when carefully modulated under fault conditions.
Imprdance-based Side-Channel Attacks

FPGA-based physical side-channel and impedance analysis framework for detecting secret-dependent signal leakage in power distribution networks. Demonstrates how impedance responses can be exploited to fingerprint chip activity and extract secret bits.
Detecting and Mitigating Optical Side-Channel Attacks

A laser-based side-channel and fault injection platform for exploring photonic leakage and fault resilience in cryptographic hardware. Provides sub-micrometer localization of leakage sources and enables optical countermeasure evaluation.
HyperDbg: Hypervisor-Assisted System Introspection

A hypervisor-based debugger and security introspection framework that enables dynamic kernel instrumentation, process tracing, and low-level system analysis. Designed for transparent debugging of OS internals and malware analysis on modern CPUs.