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The Aleo Advantage: Evolving from zkEVMs to the zkVM blockchain

aleo.org · 1,934 words · saved by 1 readers

Zero-knowledge proofs are a critical cryptographic solution to protecting user privacy on the web, particularly when scaling toward mass adoption on the blockchain, where they can also help solve computational issues. There are currently two major ways to do this: zkEVMs and zkVMs. This piece explores both, analyzing the pros and cons of each — but first, it’s important to understand what we are optimizing for, and why privacy matters. Cryptographic evolution, like biological evolution, centers around the development of traits meant to optimize for a certain result. Bitcoin optimized for security over additional functionalities because, before decentralized digital currency could be accepted and adopted, it had to be provably secure. Ethereum similarly optimized for security, while adding another layer: programmability through smart contracts. These crypto-evolutionary iterations tend to build upon each other, and each comes with their own set of tradeoffs. On Ethereum, every single no

The Aleo Advantage: Evolving from zkEVMs to the zkVM blockchain Back The Aleo Advantage: Evolving from zkEVMs to the zkVM blockchain September 05, 2023 | 8 min read share Zero-knowledge proofs are a critical cryptographic solution to protecting user privacy on the web, particularly when scaling toward mass adoption on the blockchain, where they can also help solve computational issues. There are currently two major ways to do this: zkEVMs and zkVMs. This piece explores both, analyzing the pros and cons of each — but first, it’s important to understand what we are optimizing for, and why privac

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