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This article introduces N2 (Niggachain AI Layer 2), the world's first AI-driven Layer 2 blockchain solution. N2 combines AI technology and quantum computing resistance to address the limitations of traditional blockchains in scalability, transaction speed, and cost. Its core technologies include '0-second block time', AI-driven network optimization, and quantum-resistant security protection, aiming to improve transaction efficiency and ensure system stability.

This article delves into the ENS (Ethereum Name Service) V2 release, which extends domain services to Layer 2 (L2) networks, aiming to reduce transaction fees and improve processing speeds. It explores the new features of ENS V2, including the new hierarchical registry architecture, the introduction of a universal resolver, and support for L2 networks. Additionally, it discusses the migration process to V2 and its potential benefits, such as lower fees, higher speeds, and more flexible domain management.

ENS is a well-known domain name service on Ethereum. It announced the V2 version of ENS on its official website: promoting the original domain name service to L2. This article will analyze ENS V2 for everyone through a technical whitepaper.

This article suggests that there is a theoretical "glass ceiling" for Layer 2 valuation, as Ethereum L1 ensures the security of L2 activities through its consensus mechanism, theoretically limiting the value of L2 not to exceed L1.

Two-factor authentication (2FA) serves as an additional layer of defense, demanding users to present two distinct forms of identification before gaining access to systems, accounts, or critical data.

This article explains the importance of objective and comprehensive risk assessment indicators for distinguishing different Layer 2 projects in the field of modular blockchain. Analyze security issues that may be encountered at different stages, explain why L2 projects such as Arbitrum and Optimism can maintain their current state, and discuss how these projects balance flexibility and security.

U2U Network is an innovative Layer-1 blockchain platform that aims to promote the global adoption of the Internet and blockchain through decentralized physical infrastructure network (DePIN). Its modular subnet architecture, Helios consensus protocol, and decentralized VPN (U2DPN) provide the network with high performance, security, and scalability.

This article will discuss why Stargate V2 is necessary, its new features to improve upon V1’s limitations, and how V2 could allow Stargate to maintain its position among the top bridges for years to come.

Ethereum's scaling strategy has evolved from sharding and layer 2 protocols to a rollup-centric approach. The current roadmap proposes a division of labor between L1 and L2: L1 serves as a robust foundation layer, while L2 is responsible for ecosystem expansion. Recent achievements include EIP-4844 blobs increasing L1 data bandwidth, and multiple EVM rollups reaching stage 1. Future goals include achieving 100,000+ TPS, maintaining L1 decentralization, ensuring some L2s inherit Ethereum's core properties, and maximizing interoperability between L2s. Key research areas include data availability sampling, data compression, and cross-L2 interoperability.

Bitcoin L2s will leverage their raised capital to develop robust applications and new use cases for BTC, aiming to attract significant liquidity from both native BTC holders and existing wrapped BTC markets. This report estimates that over $47bn of BTC could be bridged into Bitcoin L2s by 2030.

Creating your own Rollup requires a relatively deep understanding of blockchain, but the growth of Rollup as a Service (RaaS) providers means you can deploy an L2 Rollup in minutes without writing a single line of code, effortlessly creating a Rollup!

Layer 2 is a protocol built on top of an existing blockchain (layer 1) for increased performance and output. This is achieved without compromising the security of the blockchain. With the rise in the number of users and transactions on layer 1 blockchains like Bitcoin and Ethereum, there is a need for increased throughput without compromising security and decentralization.

Bitcoin Layer 2 is an important part of the development of modern Web3. If Bitcoin wants to maintain its status as one of the major blockchain networks, it needs a way to process transactions quickly and affordably. This article analyzes the Bitcoin Layer 2 track analysis and early and recent Layer 2 projects to provide readers with information on different projects and better understand the applications and routes of Bitcoin Layer 2.

Discover how Rise Chain, the first Giga-Gas and low latency Layer 2 blockchain, achieves Web2-like speed with advanced technologies like Parallel EVM and Continuous Execution.

In May 2024, the Bitcoin (BTC) halving will be one of the hottest events in the market. As the halving approaches, more funds will focus on Bitcoin, drawing investor attention to the Bitcoin-derived ecosystem. Layer 2, with its compelling narrative, is likely to become a preferred target for alpha-seeking capital. This article provides an overview of the current BTC Layer 2 concept race and introduces representative projects, including Stacks, RSK, and the Lightning Network.