Introduction When we first explored the world of STARKs, one of the most confusing concepts we encountered was constraints. We kept asking ourselves: How is it possible to summarize highly complex relationships between trace values using just a few polynomials? It wasn’t until we started implementing some examples that| LambdaClass Blog
Introduction Scalable, transparent arguments of knowledge (STARKs) have gained widespread attention due to their applications in verifiable computing and blockchain scalability. We can use STARKs to generate a short string that attests to the integrity of a computation and a verifier can verify it very fast. The steps to generate| LambdaClass Blog
Zero-knowledge, Succinct, Non-interactive ARguments of Knowledge (zk-SNARKs) are powerful cryptographic primitives that allow one party, the prover, to convince another party, the verifier, that a given statement is true without revealing anything else other than the validity of the statement. They have gained widespread attention due to their applications in| LambdaClass Blog
Introduction lambdaworks is a library designed to provide efficient proof systems. We want it to support state of the art provers and associated primitives so that people can use them to build new applications. Among those primitives we have polynomial commitment schemes (PCS). These are a powerful cryptographic tool that| LambdaClass Blog
Introduction STARKs (scalable transparent arguments of knowledge) have gained widespread attention due to their ability to help scale Ethereum. They allow one party, the prover, to show to a verifier that a given program execution is correct by submitting proof that can be verified much faster than naïve re-execution by| LambdaClass Blog