加密世界中用户交互层的演进 超越钱包的新时代

Shanouba Bitcoin Trading Network is like a browser to the Internet user interaction layer to the encryption world. It helps users navigate the encryption field and interact with decentralized applications. However, a thorny problem is emerging. Although encryption protocols and tools for users to interact with them are constantly evolving, progress is slow. With the approval and the development of cryptocurrency, these tools are facing new challenges, such as deeper participation of institutions and new cross-chain income opportunities. Wallets can only provide a single perspective, which limits the potential of users to explore encryption and encryption. Just like the first graphical user interface browser, it only provides users with a simple way to access the Internet. From the outside, most wallets look similar to browser extensions with limited functions. However, with the increasing complexity of encrypted user groups, most wallets cannot meet the growing needs, such as handling complex transaction sets, user intentions or security requirements, and usually do not support encrypted currency. With the encryption world becoming more and more complex, the traditional wallet can't meet the needs of users, and users urgently need better tools. As an interactive layer on the chain, the beauty of it is that it doesn't compete with other wallets. We believe that in the encryption world, every type of user has a suitable solution. Retail users will always use wallets, such as connections, to conduct fast transactions and store their assets in cold storage. Wallet is the first contact point of any user who enters the encryption field. They adopt a one-size-fits-all approach. Most of the functions are similar with only slight differences. However, interaction is not the safest way. They are not programmable and can't judge the user or the intention of institutional users. They will always use multi-party computing wallets to conduct simple transactions and do not need users to store seeds or private keys. They usually focus on hosting and security rather than execution for institutions and high-net-worth individuals, so they are expensive and Not everyone can afford it and lacks any programmability. Because of these characteristics, it may be expensive to operate actively and need to trust the company that manages the wallet. Smart wallets are programmable smart contracts, and they have no private key owned by wallets. Smart wallets also have multi-signature functions, which increase additional security, including internal transaction simulators that allow users to see what the transaction is doing in human-readable language. However, these wallets are more complicated to use, and not all encrypted users. Understanding their functions, so their user experience is relatively clumsy. The good news is that all these wallets can provide users with additional security automation and execution tools to improve the efficiency and productivity of chain operations. Therefore, it is built on it. It is one of the most mature hosting solutions in the industry, and its assets protected by contracts exceed 100 million US dollars. Where it works is the next evolutionary step after wallets. It is an interactive layer on the chain that allows users to navigate and operate seamlessly between protocols. It inherits the advantages of smart wallet and aims to become the base camp for all investors in the chain to seek beyond the functions of wallet. Therefore, it focuses on security, programmability, improving user experience, efficiency and productivity. The main difference can be said that its hosting-first rather than transaction-first method ensures that users benefit from the highest level of security, solves what pain points, and designs for teamwork and professional users. At present, it lacks tools designed specifically for teamwork and efficiency improvement, creating a perfect ring of teamwork. Improve the operational process, teamwork and transaction execution efficiency. Risk isolation and authorization on the chain have never been so simple. It has improved the way you or your team operate on the chain, divided risks through sub-accounts to avoid capital loss and easily allocated the rights of each sub-account. Programmability is an interactive layer connecting other agreements. Users can use risk isolation authorization and automation to enhance programmability and completely change their workflow. For example, the automatic function of lending can be automatically leveled. Balancing and managing position strategies, etc. to achieve composability, users can use adding any support to their workflow to access block-based summary indicators and information, so that the information can be operated and integrated into automation routines, and use on-chain and off-chain triggers to ensure security and autonomous hosting. New infrastructure is usually vulnerable to attacks, so it is always guaranteed to be autonomous hosting and allows users to import existing ones to reduce friction and make the process readable by human beings without trust. Changing and understanding users' intentions and intentions can display human-readable codes according to operations. In addition, it allows developers to use our technology stack to create new strategies and develop new use cases and native functions automatically, enabling large-scale use, which can be likened to fuzziness. It is a user-oriented interaction layer that constantly broadens the boundaries between user efficiency and productivity in the chain. 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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