In terms of proving time, that's actually a really good, it's like really fast. I think for our Ethereum circuit, it has around 20 million constraints. So even though tenor mint tends to have much less validators securing the network, the circuit size is actually very likely to be much bigger. And that would also be like a proving time of maybe like 50 seconds on CPU, much less if it were on GPU.
In this week’s episode, Anna and Tarun speak with Succinct Labs. Guests Uma Roy and John Guibas discuss their interest in ZK, their work with 0xparc and the goals of Succinct Labs - that is to provide proof of consensus through SNARK-based light clients. Acting similar to IBC, but in the Ethereum context, we discuss the challenge of building ZK-based light clients on Ethereum, their first implementation linking Gnosis Chain to Ethereum, and how they imagine interacting with the larger blockchain space.
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The team is proud to announce Noir, the world's first universal ZK language. Noir makes it safe and intuitive to write privacy-preserving ZK circuits.
Aztec is now hiring engineers and cryptographers to build the execution layer supporting Noir's private smart contracts.
Join the team making private Ethereum a reality. You can learn more by visiting aztec.network/careers.
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