EigenLayer：连接以太坊和Cosmos

The bitcoin trading network Ethereum is obviously different from its original goal, but their paths are slowly merging. Both of them are facing similar technical challenges, such as liquidity fragmentation and extensive decentralization. As an experimental hub, Ethereum is a veritable combinable settlement layer. Although these two ecosystems learn from each other in one way or another, they have always lacked deep social and conceptual connections until the emergence of connecting Ethereum and bringing new ones. A wave of innovation community can use Ethereum as the most important decentralized source of security and liquidity, and Ethereum can use countless innovative experiments. Ethereum's vision is to become a global settlement layer, while it envisions a world composed of hundreds of digital city countries. They have different design goals and adopt different design choices. Ethereum adopts the certificate of equity, focusing on individual verifiers and adopting the certificate of entrusted equity, which is the best choice for light client verification and governance. Their own development, their designs began to converge, and Ethereum chose the expansion roadmap centered on it, while they explored the shared security scheme. The goals and practices of these two ecosystems are slowly approaching. With the development of Ethereum and other plans, they began to show a closely integrated economic zone similar to the ecology. These plans have unique design tradeoffs, but the main goal is still the same. Therefore, it is not only desirable but also necessary to integrate different design experiences. Especially considering that these systems are facing common challenges and Ethereum is solving similar problems, the maximum extractable value has always been an important topic in Ethereum since, which affects the future development roadmap and protocol design of Ethereum. The separation of the proponents and builders aims to offset the centralization pressure caused. At present, the use of trusted submission and disclosure scheme in Ethereum is realized through an off-protocol design. In the future, the design will be integrated into the basic layer of Ethereum to remove the trusted third party. It is also a key discussion topic. Thanks to the flexibility of each chain, more advanced solutions are being realized. For example, arbitrage profit sharing experiments are being carried out and are being tested. This is a decentralized block builder and proponent promise to design encrypted memory pools and submit disclosure schemes for all chains. On the other hand, the developer community takes interoperability as the top priority, mainly because of its modular characteristics. The concept of inter-block communication protocol was put forward in 2006, aiming at cross-chain light. Client authentication responds to interoperability challenges. The protocol was put into use in, which has protected the security of multiple connections. However, with the increasing number of application chains, Ethereum is in trouble in interoperability. At present, the light client authentication of variable sorting design is challenging. However, the implementation of decentralized sorters like systems and other companies has begun to pave the way for more dynamic interoperability design, and the technology has been directly applied to Ethereum. It is a challenge, but now it provides a place for the growth and popularization of new experiments, which reduces the obstacles to the use of innovation. Many innovations involve the use of verifier sets to perform supplementary work. However, it is not yet possible to maintain a legal number of verifiers with strong economic security by using verifier operator sets. It is a famous great challenge to solve this problem by providing an economic pledge platform, allowing any pledge to contribute to any network by reducing costs and complexity. Effectively paving the way for the use of fresh innovation, the integration of the two technology stack has bred an infinite symbiotic relationship, bringing new frontier innovation to Ethereum. The specific application innovation from Ethereum is a perfect supplement to the complex pledge community and capital scale. We hope that there will be deeper cooperation, which will generate higher productivity, expand the functions of Ethereum and create an environment for builders to apply their talents to the world's largest chain programmable pledge economy. We also believe that the advanced Ethereum project. Aim: We will continue to outsource specific application functions to special committees, which will perform advanced and well-designed operations to assist Ethereum applications, such as sealed auction machines, to learn the reasoning order mechanism, and so on. Decentralization in the combination of Ethereum has been given priority from the beginning, instead of binding this feature with native tokens, it is allowed to use the huge verifier set of Ethereum network to export Ethereum from the first day. The decentralization of Ethernet ensures the enhancement of security and promotes the unlicensed access to network operations, thus promoting the formation of a more flexible ecosystem. In view of the urgent need for users to adopt all its technological innovation ecosystems, it is no secret that Ethereum is an ideal place to accommodate innovative experiments. In addition, since the beacon chain went online in 2000, the nodes of Ethereum verifier have received enough training and can operate for tens of billions of dollars. The protocol inherits the billion-dollar security of Ethereum, allows copying their expertise to deal with node-level operations, and ensures the smooth experience of end users. The benefits of economic security of Ethereum are mutual. Excellent teams are actively developing solutions to bring great economic security to Ethereum. Now, three projects directly related to this are listed in alphabetical order as follows. At present, people can easily start a chain by using protoplasm to pledge tokens, although now they can easily start a chain by complex. Security or shared security to rent security, but the deployment involves the governance participation of other chains to some extent. In the near future, developers will be able to use the security of Ethereum to start a new chain or start a new chain with a target security budget. Each chain can customize their security requirements and separate network publishing from token publishing. The inter-chain security introduced allows the chain to borrow economic security from tokens and verifier sets. Since then, new standards have entered the market one after another, which is shared security. The next step in the full narrative is to re-pledge from the central chain of the new supply chain brought to the ecosystem, which is usually paid according to the inflation schedule, because the underlying trust layer is supported by volatile assets, which is the highest quality asset re-pledge on the chain. The lowest opportunity cost version only requires low single digits for the consumption chain. The inflation cost will be used as the centralized source chain of re-pledge, from which it can be borrowed and re-pledged, and its trust layer will be started with low-cost inflation guidance. By allowing greater selectivity, the original mechanism of shared security has been greatly improved, and a new compatible technology stack support smart contract is being built, although the most important 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

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