Think all zero-knowledge proof projects are already launched? Don't worry, there are still many innovative ideas brewing in the ecosystem.
Miden has taken a different approach.
Most ZK solutions on the market aim to move all computations on-chain, but Miden employs reverse thinking: computations are completed locally on the user's device, and the blockchain is only responsible for verifying the results. This significantly reduces the verification workload on the chain, allowing the entire system's throughput and efficiency to improve.
This architectural design has practical benefits for scalability and user experience. Zero-knowledge proof technology itself is still rapidly evolving, and different projects have their unique implementation paths worth paying attention to.
View Original
This page may contain third-party content, which is provided for information purposes only (not representations/warranties) and should not be considered as an endorsement of its views by Gate, nor as financial or professional advice. See Disclaimer for details.
12 Likes
Reward
12
3
Repost
Share
Comment
0/400
0xLostKey
· 9h ago
Local on-chain verification, this idea is truly brilliant. Miden is quite impressive this time.
View OriginalReply0
PuzzledScholar
· 9h ago
Local chain verification on the chain, this logic is indeed reversed. It feels a bit like dispersing the issue. Can it really speed things up?
View OriginalReply0
CryingOldWallet
· 9h ago
Uh, Miden's approach is indeed reverse, local computation on-chain verification... it's quite interesting.
Think all zero-knowledge proof projects are already launched? Don't worry, there are still many innovative ideas brewing in the ecosystem.
Miden has taken a different approach.
Most ZK solutions on the market aim to move all computations on-chain, but Miden employs reverse thinking: computations are completed locally on the user's device, and the blockchain is only responsible for verifying the results. This significantly reduces the verification workload on the chain, allowing the entire system's throughput and efficiency to improve.
This architectural design has practical benefits for scalability and user experience. Zero-knowledge proof technology itself is still rapidly evolving, and different projects have their unique implementation paths worth paying attention to.