ZeroPool Network

⚡ New #1inchDAO Proposal: [1IP-64] zkDA rollup with sharded storage for decentralized Web3 infrastructure The ZeroPool team proposes to develop a zkDA rollup with sharded storage. 🗳️ Vote & join the discussion: snapshot.org/#/1inch.eth/pr…

icient Data Distribution with Reed-Solomon Codes for Sharded Storage By: - snjax 🔗 ethresear.ch/t/20232 Highlights: - The method achieves O(N log n) decoding complexity, which is faster than the naive O(N log N) approach. -Data is represented as a table and divided into shards, allowing for efficient encoding and decoding. -Nodes in the network either lose all their data or none, simplifying the recovery process. -The method is optimized for blockchain systems where nodes can fail as a whole, ensuring reliable data recovery. -While polynomial commitment calculations remain O(N log N), the overall data handling process is significantly improved. ELI5: This research introduces a method to efficiently distribute and recover data across multiple nodes in a blockchain network using Reed-Solomon codes. The goal is to make data storage and retrieval faster and more reliable, even if some nodes fail.

Unlock the possibilities with ZK-Drive Data Storage along with @igorgulamov from @ZeroPoolNetwork ⚡️

🚨 NEW SPEAKER ANNOUNCEMENT Please welcome @igorgulamov, founder of @ZeroPoolNetwork, who's joining our impeccable list of speakers. Igor will be talking about solving Vitalik's trilemma with zk-driven DA&Storage.

@ArthurB @zengjiajun_eth IMO in 10 years, all rollups will be ZK and will commit blocks with finalized state roots to L1 every slot. It will take a lot of infrastructure and prover optimization to get there, but that's the clear endgame.

How can the scalability trilemma be solved with zk-driven DA and storage? 🤔 🤓 Get the scope from @igorgulamov, Founder of @ZeroPoolNetwork! Apply to Hack or Volunteer! 🫡 🌱 ETHPrague.com Tickets 🎟️tix.ducttape.events/dt/ethprague20… 🛏️ Accommodation Scholarship Application 👇 pwn.typeform.com/ETHPrgScholar

We have published a sharded blockchain storage architecture that shows promising potential for reducing costs to levels comparable with Web2 solutions. The approach integrates Shamir's Secret Sharing, polynomial commitments, and zk-SNARKs. ethresear.ch/t/blockchain-s…