ChainCatcher reports that, according to The Block, a16z Crypto criticized the colloquial use of the term “ZK” in some developer environments in a blog post about their Jolt zkVM. The article pointed out that most zkVMs do not actually possess zero-knowledge properties unless expensive “wrapping” procedures are applied. The author also mentioned that “zk” often becomes a synonym for “simplicity,” meaning proofs that are “short and quick to verify,” rather than true zero-knowledge privacy.
As community concern for privacy grows, this misuse of terminology is becoming a real issue. a16z’s open-source Jolt zkVM received a major upgrade on Tuesday, with native support for zero-knowledge proofs. Jolt uses the NovaBlindFold folding scheme to create blind proofs that prevent information leakage, making it suitable for privacy applications. After the upgrade, the generated zero-knowledge proofs are only about 3 KB larger than the original non-ZK proofs.
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a16z Crypto updates Jolt zkVM to natively support zero-knowledge proofs and questions the misuse of the "ZK" label
ChainCatcher reports that, according to The Block, a16z Crypto criticized the colloquial use of the term “ZK” in some developer environments in a blog post about their Jolt zkVM. The article pointed out that most zkVMs do not actually possess zero-knowledge properties unless expensive “wrapping” procedures are applied. The author also mentioned that “zk” often becomes a synonym for “simplicity,” meaning proofs that are “short and quick to verify,” rather than true zero-knowledge privacy.
As community concern for privacy grows, this misuse of terminology is becoming a real issue. a16z’s open-source Jolt zkVM received a major upgrade on Tuesday, with native support for zero-knowledge proofs. Jolt uses the NovaBlindFold folding scheme to create blind proofs that prevent information leakage, making it suitable for privacy applications. After the upgrade, the generated zero-knowledge proofs are only about 3 KB larger than the original non-ZK proofs.