以太坊历史性时刻 深度解析再质押与EigenLayer

There is no doubt that re-pledge is a key topic in Ethereum in 2008. This term was introduced by, and the project has quickly become a hot topic in the world of Ethereum. I wrote an article about it a few months ago. Since then, many things have happened, and people's interest has increased exponentially. Therefore, I will return to another article to discuss in depth the following contents: what it is and why you should pay attention to its current state and what's new. What risks should we pay attention to? The first part is a comprehensive overview. It is a kind of re-pledge protocol, which has attracted wide attention because of its novel and innovative methods in the field of Ethereum. Let's first solve the problems we want to solve, simplify the network and guide the equity certification network. Usually, operators are required to run nodes and encourage their efforts to start such a network through token support. The key is to design effective tokens to ensure their fair distribution, market acceptance and supervision. Together, it limits the innovation at the infrastructure level, which is the right place to solve the challenges related to the innovation at the infrastructure level. Its core idea is to use the established economic trust of Ethereum as the basis for building infrastructure components for advanced projects. Therefore, it redefines how the network guidance process works, allowing developers to use the existing economic and security infrastructure of Ethereum, including the verifier set and capital. This process simplifies the new network and services by using the established security of Ethereum. The core of the creation is the concept of re-pledge. Through re-pledge, Taifang's pledged and verifier set can be used for other services and networks. Why is this important to simplify the development of networks and services? The method of allowing re-pledge simplifies the process of establishing new networks. It provides immediate economic security and operational support for these networks, and developers do not need to guide these elements from scratch, which not only accelerates the development of networks, but also lowers the entry threshold, paving the way for a wider range of networks and services. The model provides the pledgee with a new way to use its assets, which may bring additional rewards. Verifiers use this model to provide the verifier with new opportunities to use existing resources. By participating in multiple networks, they can maximize their utility and expand their profit potential. The following details the working principle of the system, the role mechanism and influence. At present, the Ethereum network is guaranteed by the verifier, and the verifier regards it as a capital-based one that abides by the rules of Ethereum. The commitment verifier is responsible for storing data processing transactions and adding new blocks to the blockchain by running verifier software. If they don't follow the rules, they risk losing these. To become a verifier, they need at least. However, for those who can't reach this threshold, they can choose to contribute a small amount by participating in the pledge pool, just like the group fund managed by others is re-pledged. It expands the role of verifiers and allows them to participate in new networks that require external operators. By doing so, the system can get additional rewards for the pledgee, thus increasing their participation in the Ethereum ecosystem and providing them with new ways to get rewards. Before continuing, let's clarify the participants and their role participants and role pledgees. They are the people who promise to support the new network and services. They have two choices: the original pledgee can independently operate by taking the responsibility of contributing tokens and operating the Ethereum verification node, which is also called liquidity. Pledgers can entrust their trust to operators, focusing on financial support, while operators deal with technical requirements. These participants manage and run the software built on it. They play a vital role in maintaining the integrity of the network and will be punished for any improper behavior. These services are networks and services run by operators, which are called active verification services. The next section will introduce this in detail. These are the ultimate services for consumers. Users or applications I mentioned networks and services, but in the context of what these categories belong to, I understand active authentication services. Active authentication services are services that require external operators to operate their networks, including data availability layer decentralization sorter, bridge Oracle, etc. These services are not only passive entities, but also passive. They have specific operational requirements, including some node software requirements to define the conditions for reduction, that is, the punishment for malicious acts, and ensure honesty. The cooperation between stakeholders and operators is very important. When entrusting them, they clearly trust that operators will act honestly. In order to keep everyone honest, there is a mechanism called reduction. If operators do something they shouldn't do, they may be punished, which means that they may lose some investment. The smart contract defines the punishment conditions and punishes the behaviors that violate the rules, such as the operators are faced with double signatures of side chains or non-existent messages signed by bridges. This mechanism ensures the integrity and credibility of the system. In short, a decentralized trust market is created by obtaining the trust capital verifier set of Ethereum and providing its components to anyone interested. Through this mechanism, stakeholders can choose to provide new services to bring them additional benefits. Part One: Current status, characteristics, current main online and total locked value, and its platform is launched in multiple stages. First, it is launched in the main network. Online re-pledge, and then the introduction of operators, and finally, the introduction of the re-pledge function on the main network of Ethereum in June. As of the writing of this article, more than 100 million dollars have been pledged. You can pay attention to it on the dashboard to show the breakdown of tokens. At this stage, the protocol is tested at various stages from the protected method. Now, you are allowed to conduct liquidity mortgage through multiple and local re-pledges. One of them is a remarkable example, except for the team from and you. You can also learn more information here. Please pay attention to the services that are usually not consumer applications but consumer-oriented applications, such as the Oracle sharing sequence bridge. We will not study it in depth for this article, but the data availability service that is being built in the future is also the first to be launched on the test network. This is part of the second phase of the release, including the verification service run by operators. It is particularly important to demonstrate how the service can run on the test network at present, because it will be the first service in the world. Although the word re-pledge is used to describe the pledge on the face value. 比特币今日价格行情网_okx交易所app_永续合约_比特币怎么买卖交易_虚拟币交易所平台

注册有任何问题请添加 微信：MVIP619 拉你进入群

文章转载注明 网址：https://netpsp.com/?id=61699