Arithmetic Circuits

In this blog, we unravel the complex process of verifying circuit constraints within SNARKs, a cornerstone of modern cryptographic protocols. You’ll learn how correctness is ensured across inputs, gate computations, and wiring within a circuit, all without compromising the secrecy of the information involved. By understanding these mechanisms, you gain insights into the robust security that underpins technologies like blockchain. Whether you’re a cryptography enthusiast or a professional in the field, this blog offers a deep dive into the mathematical and logical foundations that make zero-knowledge proofs so powerful. [Read More]

This blog delves into the critical role of arithmetic circuits in zero-knowledge proofs, using the game of Sudoku as an analogy to explain complex concepts. From understanding how Sudoku verification relates to the famous P vs NP problem, to exploring the broader implications of arithmetic circuits in cryptographic protocols, the blog offers a clear and engaging overview. Perfect for readers interested in the intersection of computer science, mathematics, and privacy. [Read More]