Search result of M2

M2 serves as a key metric for assessing economic liquidity, encompassing cash, demand deposits, and near-money assets. This article outlines the concept and significance of M2, and examines its effects on the stock market, bond market, and crypto assets.

Movement is a modular framework for building and deploying Move-based infrastructure and applications. It uses M1 and M2 technologies to achieve compatibility with EVM and connect the mobility of Move and EVM ecology. As a permissionless blockchain, M1 uses the Snowman consensus protocol, while M2 is the first Move Layer-2 on Ethereum, supporting Sui Move, Aptos Move and EVM. The design of Move language focuses on security, improving the security of smart contracts through linear ownership and immutability of resources. Movement Labs has received US$41.4 million in financing to promote the innovative application of Move language in blockchain technology.

Unlike Aptos, Sui, and Linera, which are all L1 public chains based on the Move language, the new generation Movement is focusing on L2. It has launched the first Ethereum L2 based on the Move language, aiming to leverage the underlying execution performance and security advantages of Move and further integrate the ecological advantages of EVM. This allows developers to launch Solidity projects on M2 without writing Move code.

Bitcoin has broken away from its correlation with M2, and in the short term, its price action depends on market structure and investor psychology. The direction of the breakout after this quiet consolidation phase will set the tone for the next bull or bear cycle. Investors should watch critical price points and shifts in trading volume closely.

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.

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.

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.

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. In 2025, 2FA has evolved significantly with passwordless authentication becoming standard, unified cross-platform standards like FIDO2, AI-enhanced security layers providing contextual authentication, improved account recovery solutions, and advanced hardware security options including biometric cards and wearables.

R2 Protocol is an on-chain asset management platform designed to provide institutional-grade, real yield to both crypto-native users and traditional investors. By combining on-chain asset management with real-world yield strategies, R2 Protocol aims to build a stable and sustainable DeFi yield system, allowing users to achieve returns that more closely resemble those found in traditional finance.

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.

R2 Protocol (R2) is an on-chain asset management platform designed to deliver institutional-grade real yield for both crypto-native users and traditional investors. By combining on-chain asset management with diversified yield strategies, R2 Protocol aims to create a more stable, transparent, and sustainable DeFi yield framework. Within this system, the R2 token serves as the core economic layer, connecting users, asset strategies, and ecosystem growth.

Merlin Chain, a Bitcoin Layer 2 network, announces the launch of M-Token and initiates the release of M-BTC. This article will analyze what M-Token is, how to play it, and most importantly, the crucial question: what's the purpose? If you're interested in participating in Merlin's Layer 2 interaction, it's recommended to read this article as an introductory guide.

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.

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.