Our team, CryptEng, works on cryptographic engineering, bridging modern cryptographic algorithms with efficient and secure hardware and software implementations. Our research covers post-quantum cryptography, fully homomorphic encryption, zero-knowledge proofs, and other privacy-preserving cryptographic techniques. We investigate the computational bottlenecks of these schemes and develop algorithmic, architectural, and implementation techniques to make them practical on real-world platforms.
Our work spans hardware/software co-design, specialized cryptographic accelerators, and emerging computing platforms. At the same time, we study the security of cryptographic implementations, including side-channel and fault attacks and their countermeasures. Our goal is to turn advanced cryptographic constructions into practical systems that are fast, resource-efficient, and secure against real-world attacks