Project Areas

P3 – Hardware-Entangled Cryptography

The project conducts a security evaluation of novel Physically Unclonable Function (PUF) constructions based on emerging non-volatile memory technologies and designs strong PUFs that are resilient against advanced machine learning-based attacks. Beyond PUFs, it designs a scalable security analysis framework to evaluate the information flow properties of entire hardware designs and detect side-channel leakages. Ultimately, this framework will be used to construct hardware-based cryptography primitives that leverage PUFs and are secure against non-invasive side-channel attacks.