全方位解析跨链基础设施协议Xbridge

Guided reading cross-chain technology track has become the focus of security risks in the blockchain field because many cross-chain bridges have been attacked and suffered heavy losses. This track is often ignored by investors because of security problems. However, with the continuous progress of technology, a number of emerging cross-chain protocols have begun to get rid of the limitations of traditional cross-chain bridges and adopt innovative cross-chain architecture to solve the core problems in cross-chain technology, that is, the so-called impossible trinity protocol is a model of such efforts. This paper will deeply analyze this new cross-chain foundation. The facility protocol is comprehensively analyzed from its underlying protocols to cross-chain bridge applications. Background Cross-chain interoperability protocols are often called bridges, which play a vital role in blockchain infrastructure and are also one of the most vulnerable links. This vulnerability mainly comes from security issues and centralization risks. As a hub connecting different blockchain networks, bridges often become the target of attackers because they usually involve the transfer of a large number of assets. In addition, if the bridge is designed or implemented, Existing defects may also lead to the loss or theft of funds. With the rise of modular blockchains and specific application chains, the number and diversity of blockchains are growing rapidly. These chains have promoted the remarkable growth of applications in the ecosystem by taking advantage of their unique advantages. However, this growth has also brought about the decentralization of liquidity, the fragmentation between application services and users, which has caused significant friction between the ecosystem and the main chain network. The future data and value of multiple chains will flow between the chains. Mobility is very important because it allows more effective asset utilization, enhances the interaction between different ecosystems and supports a wider range of innovation and user participation protocols. It is designed to meet these challenges. It not only aims at solving the fragmentation problem in the blockchain ecosystem, but also focuses on improving the safety and stability of the bridge. It is committed to solving the mobile application services and user participation in the multi-chain environment by bringing together user mobility and interaction activities from various blockchain ecosystems. By creating a safer, more efficient and user-friendly bridging environment, data and value can flow smoothly between multiple blockchains, thus promoting the development and innovation of the whole blockchain industry. The solution is an innovative decentralized cross-chain infrastructure, which not only provides standard cross-chain bridge applications, but also introduces an intention-centered technical solution to realize a more advanced intention cross-chain function. The core of this function is not only to transfer assets but to allow. Users transfer complex operation intentions and logic between different blockchains. Compared with the traditional cross-chain bridge application, it is unique in its two-layer structure, the underlying cross-chain protocol and the application layer built on the protocol. This layered architecture makes cross-chain operation more flexible and safe, allowing users to realize complex cross-chain interaction while maintaining the safety of funds. The underlying protocol is responsible for handling the safe cross-chain transmission of assets and data, ensuring that transactions between different blockchain networks can be carried out quickly and safely. On this basis, the application layer focuses on realizing users' specific intentions and operations, such as transaction execution and intelligent contract interaction, which further enriches the application scenarios of cross-chain technology. In addition, this innovative architecture effectively separates the capital flow from the cross-chain operation logic, which not only improves the security of transactions, but also provides users with a richer and more flexible cross-chain interaction experience. In this way, it not only solves the limitations of traditional cross-chain bridges, but also opens up a new realm of blockchain interoperability. At present, there are three types of solutions in the field of cross-chain protocols. The light client has high security and minimum trust. The methods adopted by most protocols are verified by a group of verifiers under the chain. The message system bridge is one of the most prominent ones. During the dispute window, the effectiveness check under the chain is similar to each method, which has its advantages and disadvantages. However, they still face the challenge of finding a balance between speed, cost and security. The challenge of improving cross-chain efficiency and reducing cost while maintaining sufficient security is that the protocol came into being under this background. It is a cross-chain protocol that uses arbitrary message delivery to solve the above-mentioned balance problem more effectively. The protocol determines the executor of the target chain and the concrete traditional protocol faces the challenges of large data transmission, high cross-chain transaction cost and low-level security verification, especially when it comes to trust issues. This is a new one. This mechanism enables the decentralization of cross-chain data transmission and verification on the consensus layer by using the consensus of Ethereum main network. In addition, an ultra-light node is built on the architecture layer to realize end-to-end data transmission, which simplifies the deployment process and improves the transmission efficiency. The ultra-light node inherits the security of Ethereum network because of the consensus based on the bottom layer, and further improves the cross-chain efficiency and reduces the cost by introducing an intention-centered solution. A unique working framework is established, which includes two key roles: the decentralized market maker and the solver. After decoupling the user's intention from the agreement, the target chain is provided with details. This method significantly reduces the data transmission volume, thus reducing the cost of cross-chain transactions. In addition, the intervention in the target chain makes the cross-chain agreement more efficient and enables the user to complete the abstract function of the integrated account at a lower cost. Cross-chain bridge applications are drawn through integrated accounts. Image function provides a unique and innovative cross-chain solution, which is different from the traditional cross-chain bridge relying on its own fund pool. Instead, it introduces decentralized market makers to provide multi-chain liquidity. This design not only improves the efficiency of capital flow, but also greatly reduces the risk of hacker attacks on the fund pool. Using the advantages of account abstraction, personalized cross-chain transactions allow cross-chain execution to be highly programmable, providing users with customized cross-chain experience and flexible asset management through accounts. Abstraction completely decouples asset management from cross-chain transaction logic, which increases the flexibility and security of the system and improves the user experience. Users can enjoy smoother and more personalized cross-chain operations without worrying about complex fund pool management or security risks. The innovation of cross-chain use cases lies in its intention-based cross-chain mechanism, which allows decentralized market makers to use their own assets to advance for users and ensure that users can quickly receive cross-chain assets on the target chain. This method greatly improves the execution efficiency of cross-chain transactions. In addition, the programmable features make the cross-chain operations of users more flexible and efficient. Many small cross-chain transactions of users can 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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