"ROOT"

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The Root Network (ROOT) enhances the metaverse with UX-focused protocols for seamless interoperability and user safety.

A Merkle Tree is a structure used to verify and maintain data integrity in a set. Merkle trees and Merkle Roots are employed to verify transactions.

This article will analyze each Solana outage in detail, examining the root causes, triggering events, and the measures taken to resolve them.

SOON Network introduces a Merkle tree structure within the Solana Virtual Machine (SVM) to address the issue of missing global state roots. This enhancement strengthens SVM's capabilities in integrity verification, fraud proofs, and cross-layer operations within the aggregation system. By embedding the state root directly into the SVM blockchain, SOON improves security and scalability, providing stronger support for SVM aggregation.

Monad’s ambition is to allow EVM developers to eliminate the need to compromise performance, allowing Solana’s capital and innovation to take root in the EVM ecosystem. Whether Monad can become the next public chain dark horse, let us find out when the testnet arrives.

This article explains the shortcomings of the original Plasma and how Redstone learned from and solved key data withholding attacks.

This article talks about Merkle trees as the secret behind efficient data verification in blockchain, providing speed and scalability advantages.

Today we’re excited to share Reth’s path towards 1 gigagas per second in L2 in 2024, and our longer-term roadmap for going beyond that.

What are Verkle Trees, why Ethereum needs it, and how do Verkle Trees solve problems? The goal of this article is to answer these questions for readers without delving too deeply into cryptography and mathematics, helping those with some understanding of Ethereum quickly grasp the concept of Verkle Trees.

Fraud proof is a blockchain-proof system that helps check the validity and accuracy of rollup transactions on Layer-1 blockchain networks like the Ethereum blockchain.

This article provides a detailed introduction to Ethereum's decentralized solution, the stateless client, and also explains what state is, as well as its background, principles, and solutions.

Ripple’s XRP continues its massive surge, with the tokens from projects in the XRP ecosystem seeing rapid growth. This article highlights some of the key projects within the XRP ecosystem.

In this article, Vitalik directly addresses a specific technical aspect of a subproblem: how to more easily read from L2 to L1, from L1 to L2, or from one L2 to another L2. Solving this issue is crucial for achieving asset/key separation architecture, but it also has valuable use cases in other areas, most notably optimizing reliable cross-L2 calls, including use cases such as moving assets between L1 and L2.

This article provides a comprehensive analysis of the economic design of fraud proof systems in Ethereum rollups, using Arbitrum, Optimism, Cartesi, and Kroma as case studies, and highlights their importance to security.

This article starts with the issue of DA and data withholding, and explores the reasons why Plasma has been buried for so long.