Discover how Mina revolutionizes blockchain with a mere 22kB of data. Powered by unique recursive zk-SNARK technology.| Mina Protocol
Introduction One of the current goals is to realize, in an efficient way, incrementally verifiable computation (IVC). This cryptographic primitive allows a given party to show the integrity of a given computer program's execution by providing proof that the result of each step is correct and that all previous ones| LambdaClass Blog
Introduction ZK-SNARKs (zero-knowledge succinct, non-interactive arguments of knowledge) and STARKs (scalable transparent arguments of knowledge) are powerful cryptographic constructions with applications in decentralized private computing and blockchain scaling. They allow one party, the prover, to show that he carried a computation correctly to a second party, the verifier, in a| LambdaClass Blog
In this blogpost, we'll take a closer look at the Inner Product Argument. We'll start by understanding the basics of this technique and then shift our focus to its variant within the Halo2 proving system. Specifically, we'll explore how Halo2 ingeniously employs the Inner Product Argument as a polynomial commitment| LambdaClass Blog
Introduction Zero-knowledge proofs, also known as ZKPs, are becoming popular due to their numerous applications in delegating computations to untrusted servers and addressing scalability issues in decentralized ledgers. By using ZKPs, we can prove the validity of a given computation without revealing sensitive information, and the proof is short and| LambdaClass Blog