Zero Knowledge Proofs

The Zero Knowledge Proofs course is a comprehensive exploration of cryptographic protocols that enable a party, the prover, to demonstrate knowledge of certain information to another party, the verifier, without revealing any details about the knowledge itself. Throughout the course, students delve into the theoretical foundations of zero knowledge proofs, including interactive proof systems, probabilistic encryption, and commitment schemes. They learn about different types of zero knowledge proofs, such as non-interactive and succinct zero knowledge proofs, and examine their applications in various fields, from secure authentication and identity verification to privacy-preserving computations and secure multiparty computations. The course equips students with a solid understanding of the mathematical principles and computational techniques underlying zero knowledge proofs, empowering them to design and analyze secure protocols for real-world scenarios where privacy and confidentiality are of utmost importance.

Twitter

Discord

Github

Zero Knowledge Proofs

Berkeley RDI

Chapters

Speaker

Requirements

Take Away

Product

Community

Company