一文了解 XION 的协议级抽象：全面简化主流受众眼中的加密世界

Note: The original text comes from sorting out and translating what is general abstraction. General abstraction is a unique and all-inclusive infrastructure solution, which aims to eliminate the inherent encryption complexity of all users. The key to this innovation lies in the direct realization at the protocol level, including the seamless abstraction of account signatures, interoperability, pricing, equipment payment, etc. In other words, the decentralization and ownership commitment brought to the global mainstream audience through the comprehensive abstraction of public chains. The innovation of protocol-level abstraction lies in the abstraction at the protocol level. It greatly simplifies the whole technology stack and has many benefits. Compared with other public chains at present, it is not only an excellent solution, but also lays a foundation for adapting to the flexibility of future innovation. In the following, we outline the problems found in other public chain ecosystems, especially in the chain, and how to design and solve these problems. First, we solve many fragmentation problems found in other chains. First, the chain technology stack contains many different layers, as shown in the above figure. It is said that the chain needs more than 10 layers to provide the same functions as those provided at the basic level. The second is standard fragmentation, which is a very old technical dilemma. In an article, a perfect example is introduced in depth, that is, security method and diamond method. In addition, many companies compete at all levels in the whole technology stack, which forces developers and users to choose which platform to use for each function and eliminate any incompatibility through protocol-level standardization. The third is to use. Household fragmentation Because the existing externally owned accounts cannot be seamlessly upgraded to smart contract accounts, the existing ecosystem is facing fragmentation. The same protocol-level solution has eliminated this situation. The protocol-level solution for the future protection of cryptography has nothing to do with the signature curve, so that it can seamlessly meet the global standards of many existing cryptography curves, etc. Obviously, it has a huge interoperability market coverage and long-term adaptability than the existing public chain solution. Advantages In addition, the infrastructure has obvious advantages in terms of easy upgrade, cost and security. The easy upgrade provided by the scalable protocol-level solution enhances the development and upgrade speed. One of the biggest obstacles to upgrading the existing infrastructure in other public chains, especially the consensus layer, is that it will have an impact on the existing implementation and alleviate this problem. In addition, it also allows it to be seamlessly integrated into its stack without using the common abstract existing protocol at present and the cost in any future upgrade. The cost of deployment and transaction on the chain is quite high, which usually hinders the innovative technology stack and low-cost structure of many potential adopters, completely eliminating this cost obstacle and making it a more easy-to-use and cost-effective solution for developers and users. In addition, its low cost enables developers and users to perform more computation-intensive operations. The security solution will not introduce a spare memory pool, which will alleviate the fragmentation and audit of centralized capture that other public chains usually face. Many risks related to the search system provide the above-mentioned development speed enhancement when modularity and easy upgrade are combined. In the long run, it has high security and flexibility. The general abstraction is the only comprehensive solution in the encryption industry besides the benefits of the above-mentioned protocol-level abstraction. In order to effectively solve the adoption problem, it is imperative to abstract all aspects of users after they enter the encryption field. Function may simplify a step of the user's entry process, but if the user still needs to perform an extra step to understand and manage the cost, acquire tokens and master the intrinsic value of these tokens, then the simplicity of entry becomes meaningless. Although the encryption industry has made some interesting attempts to solve the pain point, the protocol-level abstraction is more sustainable, flexible and feasible in the long run. Next, we will continue to introduce the robustness of general abstraction through seven different aspects. Every aspect of sex solves the pain point of a specific industry. Account abstraction creates a modular account abstraction at the protocol level. Traditional wallets lead to a decline in the entry rate of users. The above download plug-ins endure complicated settings, confusing pop-ups to understand and safely store seed phrases, and the main obstacles to deal with unpleasant user experiences. The solutions to this problem are account abstraction and smart contract accounts. They not only allow users to use familiar login methods such as e-mail, but also It also unlocks other security enhancement functions, such as account recovery, account authority, etc. Besides, the rest of the abstract account is still invisible. This design is subtle and influential, ensuring that developers can concentrate on creating value without any special consideration for these accounts. Signature abstraction is the first public chain that supports signing across all encryption curves. This technological breakthrough means that password curves can be used to sign transactions. In addition, when using non-wallet authenticators, etc. There is no need for a trusted agent or a prophetic machine, because the communication is directly directed at the chain, which not only improves the security, but also perfectly fits the spirit of trust payment abstraction, allowing users to directly use credit cards and debit cards to conduct transactions on the chain, eliminating the common transaction complexity in other chains. It is an arduous task to use legal tender in the traditional public chain to buy goods on the chain, which usually involves more than three steps, and sometimes takes more than one week to complete. Users must endure the registration center before purchasing. On the contrary, it allows users to use bank cards to complete the online transaction experience from beginning to end in less than seconds, providing an experience abstraction that users are really familiar with, completely eliminating the concept of fees from the end user's point of view. Fees have always been one of the biggest obstacles faced by new users. In addition to introducing unfamiliar terms to new users, the process of obtaining necessary tokens is also for users to enter the majority. The main obstacle of public chain ecosystem has proved to be a major obstacle not only for end users but also for application builders, because they bear the burden of management and purchase. By using its protocol-level abstraction and incompleteness, the obstacle for users to enter the ecosystem is eliminated. Interoperability abstraction can truly interoperate with all ecosystems, enabling users to cross the chain with one click and pledge any token on the internet, especially in an industry full of different public chains and tokens. It is very important for all users to access it, so that users from any public chain and any token can hold it through its interoperability abstraction. 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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