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Bluzelle is a blockchain project that offers both a secure decentralized data storage and management system and GameFi NFTs with real-world value for gamers.

This article provides a detailed comparison of two innovative projects, Monad and MegaETH, which are both working to expand the Ethereum ecosystem through unique technological approaches. It offers an in-depth look at Monad’s Layer 1 innovations and MegaETH’s Layer 2 solutions, exploring how these projects overcome performance limitations to enable high-efficiency transaction processing.

Some application layers have started to own the underlying infrastructure, partly because if they do not control the lower stack, retaining only the upper application layer could lead to incentive issues and high user adoption costs. On the other hand, as competition and technological advances continue to drive down infrastructure costs, the expenses associated with integrating applications/application chains with modular components have become much more affordable. Innovations in the execution layer, settlement layer, and aggregation layer are leading to higher efficiency, easier integration, stronger interoperability, and lower costs, ultimately delivering better applications for users and an improved development experience for developers.

The article explores the current developments and future trends of the execution layer, settlement layer, and aggregation layer in the modular blockchain stack within the cryptocurrency field. Although there have been many innovations in the data availability (DA) and ordering layers, the execution and settlement layers have only recently begun to receive attention. The article points out that while the shared sequencer space is highly competitive, the execution and settlement layers remain underexplored. Layer N, as a flexible and customizable execution layer, leverages the Move language and BlockSTM technology to improve throughput. The article also discusses the design of proof aggregation, a new architecture that can aggregate and settle between different proof systems, thereby enhancing efficiency and reducing costs. Finally, the article predicts that these innovations will bring better applications and development experiences to users.

We are seeing a shift towards single powerful servers; Solana, Megaeth, and the wide array of single sequencers all lean into one thing: single high throughput, high memory server (of these, the non L2 will always be practically fastest).

This article combines the latest price and market dynamics of Green Satoshi Token to provide a concise interpretation and operational suggestions for Newbie readers, helping you quickly grasp the value and investment highlights of this move-to-earn project.

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.

OpenSocial is a SocialFi platform built on the blockchain with on and off-chain functionalities. Its modular structure allows developers to build and reuse components.

Monad is a high-performance EVM blockchain that utilizes the Monad BFT consensus protocol and parallel execution technology to enhance scalability and transaction speed. Sei V2 is an upgraded version of the Sei network, supporting backward-compatible EVM smart contract porting and Optimistic parallelization. Eclipse is a next-generation Optimistic Layer 2 solution that integrates Neon EVM for full EVM compatibility, aiming to address Ethereum's scalability challenges. Despite skepticism, Eclipse merges the advantages of Ethereum and Solana, supporting DApp-specific Layer 3 Rollups, and has strong competitive potential. Long-term success depends on attracting developers and building a robust community.

This article will introduce the Silk Road incident, the amount of Bitcoin held by the U.S. government, past auction events, and their impact on the market.

This research piece provides an overview of parallel design architectures for blockchains, using three relevant examples: Solana, Sei, and Monad. It highlights the differences between optimistic and deterministic parallelization and examines the nuances of state and memory access across these chains.

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.

This article is a comprehensive guide to VeChainThor, detailing its various features and characteristics as an enterprise-grade L1 distributed IoT platform. It covers its applications in areas such as anti-counterfeiting, supply chain management, asset management, and customer experience.

This article provides a thorough analysis of the challenges faced by Web3 games and explores potential solutions. It outlines how the future Web3 gaming industry can be technically tailored to better suit traditional game developers.

Shoal Research, an encryption research institution, analyzed the current related projects in the parallel field of blockchain, including the progress of Solana (SVM), parallel EVM (Sei, Monad) and MoveVM (Aptos, Sui, Movement), and analyzed the challenges faced in this field. and opportunities.