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EigenLayer is an innovative protocol built on Ethereum, introducing a new primitive called “restaking.” This approach enables staked ETH and Liquid Staking Tokens (LSTs) to be reused, allowing users to opt into the EigenLayer smart contract and restake their ETH or LST to earn Liquid Restaking Tokens (LRTs). This process not only extends crypto-economic security to various applications on the Ethereum network but also opens up new avenues for earning additional rewards.

EigenLayer is an innovative project that introduces Active Verification Services (AVS) by re-staking ETH, allowing Ethereum's security and trust foundation to be leased to other systems. EigenLayer users protect other systems by re-staking their ETH and may be at risk of stake slashing. AVS are systems that require distributed verification semantics. They use EigenLayer to enhance the security and functionality of the network. The article introduces 10 Eigen AVS ecological projects worthy of attention, including EigenDA, AltLayer, Omni, Lagrange, Aligned Layer, Hyperlane, Witness Chain, Eoracle, Drosera and Ethos. These projects cover areas such as data availability, rollups re-staking, cross-chain interoperability, modular oracle networks, security incident response protocols, and the security of the Cosmos chain.

Unlike typical project introductions that provide brief token release diagrams, Eigenlayer has taken a deep dive into explaining the EIGEN token's role and its relationship with ETH tokens in a detailed and technical manner.

EigenLayer releases the white paper for its protocol token EIGEN, aiming to increase rewards and participation by generalizing the functions of Ethereum nodes, and introduces mechanisms such as social consensus and token forking to manage related risks.

This article introduces Eigen Layer and analyzes its operating logic.

The Puffer Finance project is a decentralized liquid re-staking protocol built on the Eigen Layer that allows users to provide liquidity and stake ETH to acquire pufETH.

A paper jointly published by TeleportDAO and Eigen Labs explores the security and efficiency challenges faced by light nodes in proof-of-stake (PoS) blockchains and proposes a new solution. Through economic incentives, insured pre-security mechanisms and "programmable security", it aims to improve the security and efficiency of light nodes, which is of great significance to the development of cross-chain communication and blockchain technology.

TeleportDAO and Eigen Labs recently co-authored a paper addressing the security and efficiency issues light nodes face in accessing and verifying on-chain data within Proof of Stake (PoS) blockchains. The paper introduces a novel solution that enhances the security and efficiency of light nodes in PoS blockchains through various measures such as economic incentives, insured pre-security mechanisms, customizable "programmable security," and cost-effectiveness.

In the blockchain field, a series of competitive decentralized data availability (DA) projects have emerged, including Celestia, EigenLayer, Avail DA, and NEAR DA. These projects aim to enhance blockchain scalability, data availability, and performance by employing different technologies and approaches. This article compares and analyzes these DA projects, discussing their technical characteristics and competitive advantages in the market.

Re-staking is emerging as a technology gaining attention inside and outside the industry, allowing ETH already staked on the Ethereum mainnet to be reused to support the security of other projects. This method enables users to earn returns from their original staking while also increasing potential rewards by supporting more projects. EigenLayer's staking mechanism is significantly different from the Ethereum mainnet's PoS staking. This article analyzes the EigenLayer staking mechanism, the possible rewards, and the potential risks.

This article provides a detailed overview of EigenLayer, an innovative platform aiming to expand decentralized trust boundaries through re-staking and Liquid Re-Staking Tokens (LRT). It explores how EigenLayer utilizes a dual-token model and the concept of intersubjectivity to address blockchain governance and decentralized trust challenges. EigenLayer allows validators to use ETH securing Ethereum to protect Active Validation Services (AVS), thereby enhancing capital efficiency and creating a more interconnected and resource-efficient ecosystem. The article also discusses EigenLayer's dual-token model, fork mechanism, and their adaptation within the broader crypto ecosystem.

Pioneered by EigenLayer, Actively Validated Services (AVS) represent an innovative approach to blockchain security, leveraging the economic security of Ethereum's PoS consensus through restaking. This article delves into the operational mechanisms of EigenLayer AVS, examining its implications within the broader context of omnichain restaking. In this omnichain landscape, the AVS ecosystem is characterized by increasing diversification and competition. While challenges such as technical maturity and security risks persist, AVS promises to become a cornerstone of secure and trusted blockchain infrastructure, driving the growth of the crypto market. This paper offers a comprehensive analysis, providing readers with an in-depth understanding of the AVS ecosystem.

Gate Research Daily Report: September 6, in the past 24 hours, BTC fell by 0.28% and ETH dropped by 0.81%, with the market continuing to fluctuate. As the broader market declined, altcoins also saw a drop, though some tokens rose due to positive news. U.S. August ADP employment data came in at 99,000, well below the expected 145,000, marking the smallest increase since 2021. The decentralized derivatives protocol GMX launched its liquidity vaults (GLV) to enhance capital efficiency and increase returns for liquidity providers. Additionally, four projects announced public funding rounds, raising a total of over $36 million.

The EigenLayer airdrop may be the biggest airdrop in the history of cryptocurrency.

LRT, standing for Liquid Restaking Tokens, can provide liquidity on centralized exchanges. Their trading prices are close to the exchange rate with ETH, but with a slight premium. The liquidity of LRTs is crucial as it affects the trust and transaction value of market participants. It is anticipated that liquid restaking will evolve into a winner-takes-all market structure, where liquidity begets more liquidity.