"L"

Kết quả tìm kiếm của

Leading liquidity re-staking platform Kelp DAO has introduced its latest product, Gain powered by Kelp. This innovative solution lowers the barriers to participating in various L2 and DeFi projects, offering users enhanced opportunities to capture potential market returns through self-custody, simplified operations, and intelligent management, ultimately helping users maximize their diversified earnings.

This article delves into the current state of AA adoption, exploring its implementation across both Layer 1 (L1) and Layer 2 (L2) solutions.

The article analyzes the necessity of increasing L1 gas limits, particularly in the value of key use cases such as censorship resistance, cross-L2 asset transfers, and large-scale exit mechanisms. Through concrete examples and mathematical calculations, the article demonstrates that even in an L2-dominated world, a 10x scalability of L1 still holds significant value. This analysis not only supports the short-term necessity of L1 scalability but also provides valuable references for Ethereum's long-term technical roadmap.

Scaling the Ethereum L1 is a key component of the future R&D roadmap. Within the next five years, Ethereum aims to significantly improve L1 execution.

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 discusses the issue of insufficient Blob space faced by Ethereum L2. As L2 chains grow, multiple L2s compete for limited Blob storage, leading to soaring fees and increased user costs.

This article introduces L2 pre-confirm, analyzes several mainstream L2 chains, and presents future prospects.

As blockchain technology evolves rapidly, Layer 3 (L3) is emerging as a new industry focus. L3 acts as an application-specific chain, offering tailored blockchain solutions for particular communities and use cases, such as enterprises, gaming, and social networks. Compared to Layer 2 (L2), L3 goes further in optimizing transaction speed and privacy, making it ideal for more complex applications. This article will introduce the top ten most influential L3 projects, explore their unique features, and assess their potential to drive blockchain innovation forward.

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 outlines the trade-offs between Rollup and integration, L1 and L2, and application-specific chains and general-purpose chains.

Morph has launched the Morph Holesky test net, which previews all main net functions. This includes the first formally implemented L2 decentralized sequencer network. This debut of a new mechanism, which delegates the disposal rights of L2 gains, will be discussed in this article. It will explain how Morph will mobilize different developers, DApps, technology, and other resources, and whether it can achieve the breakthrough of large-scale adoption and the L2 ecosystem 'from 0 to 1'.

How can Bitcoin evolve to meet growing demands of the rapidly expanding DeFi ecosystem without sacrificing its core principles? This is where Bitcoin L2s come in.

This article deeply analyzes the impact of the Dencun upgrade on the Ethereum L2 network, revealing the positive results of the upgraded L2 network in reducing transaction costs, increasing user activities and asset inflows, while pointing out the negative effects such as network congestion and high rollback rate caused by MEV activities.

L2 network nodes consist of several parts, with the sequencer being the most critical. However, Rollup sequencers currently face centralization issues. Based Rollup represents a significant shift in Ethereum Layer 2 scaling by delegating Rollup sequencing directly to Layer 1 proposers. Utilizing the proposer-builder separation design, Layer 1 performs all sequencing roles for Rollup. Additionally, it extends MEV, allowing L2 searchers to bundle transactions and send them to L2 builders, who are also L1 searchers. These complete L2 blocks then become part of L1 blocks, ultimately processed by L1 builders and the Ethereum mainnet.

This article explains the L2 public chain Base launched by Coinbase, how it was born, the development of its on-chain ecosystem, and whether the entire L2 race will welcome a new dark horse.