以太坊2024年路线图更新与EIP改进提案前瞻

The co-founder of Ethereum shared the Ethereum Roadmap in 2006 on social networks and introduced the upgrade and activities of Ethereum in detail. According to a series of charts he listed, the continuous focus of Ethereum in 2006 includes two main components and the key parts that are emphasized as the roadmap, aiming to maintain a simple and resilient consensus mechanism. It happened in 2006 when the main network of Ethereum was merged with the beacon chain, and the role of single slot finality will be given priority. Make the consensus mechanism of Ethereum more effective, verify that the blocks can be put forward in the same slot and finally determine the blocks, so as to reduce the transaction delay. After the transition from Ethereum to consensus mechanism, the single slot finality will be the key solution to the current weakness of Ethereum. The goal of the solution is to achieve the throughput of 10,000 transactions per second in Ethereum and the network, while improving the scalability standard of blockchain and the scalability of itself, which has been emphasized by the Ethereum development team as a long-term improvement area. Remarkable progress has been made, focusing on alleviating the liquidity pledge pool of maximum extractable value and related risks to solve the concern of economic centralization in the Ethereum ecosystem. Earlier, it was suggested to reduce the cost of running nodes to meet related challenges. At present, the tree is ready to verify that the block will only involve downloading some bytes of data to perform some basic calculations and verify concise non-interactive knowledge arguments. The network will continue to explore the pre-compilation of Ethereum virtual machine verification to achieve completeness. With the continuous growth of transaction volume on the chain, the optimization is very important to maintain the scalability of Ethereum. The roadmap removes the content that increases the restrictions, so that the restrictions can be increased at any time. It shows a flexible network capacity management method aimed at making the protocol easy to use and more friendly and accessible to developers. This simplification will eliminate technical debts and limit the cost of network participation, which is expected to increase the Ethereum network. The overall function and usability of ETF cover all other elements that are crucial to the growth of ETF, such as ecosystem growth and sustainability to human coordination, which reflects the commitment of ETF to cultivate and support its vibrant community. Looking forward to the improvement proposal, ETF will usher in a hard fork upgrade in the first quarter of 2008. The core developers of ETF have drawn up a hard fork upgrade schedule, and the public test network of ETF will be tentatively scheduled as follows without major problems. This will be the last time to be included in the test plan, because the network is about to be abandoned. This move is part of the activation strategy on the Ethereum network in June, marking a significant improvement in its technical ability. The core developers also discussed the upgrade that has not been named yet. The Ethereum community is considering whether it may take a year to focus on large-scale core functions or upgrade around several minor improvements, which can be realized in the second half of 2008. Generally speaking, 2008 will be based on. One year after Taifang realized the groundbreaking improvement proposal, some improvement proposals are worthy of attention, which are the highlight of many proposals for upgrading and the most concerned proposal in the market. Its main purpose is to reduce the cost on the network without sacrificing decentralization, especially for upgrading the solution, which will reduce all the costs in data availability. This is something that the market is very much looking forward to, because the cost of end users will be further reduced, and it is a revolutionary enhancement proposal, which is expected to reduce the cost by twice. Account Abstraction Account Abstraction is also a very important improvement proposal, including its extension proposal. Account Abstraction, centering on the concept of smart account, will have a great impact on the end user's experience, and will reduce transaction costs and ensure the security of social login. It is a subset specifically aimed at the standards in the Ethereum ecosystem. It defines the rules for implementation to ensure interoperability and modify the core agreement, and usually does not need to be hard forked. The concept of account abstraction will be brought to end users this month. Important changes and key roles in the future account abstraction will completely change the user's perception and interaction with encrypted wallets, make unnecessary transactions standard, and make secure social login a new norm, fundamentally reshaping the user experience of Ethereum. Traditionally, Ethereum has two types of accounts, external accounts controlled by private keys and contract accounts controlled by codes, which are abstracted and blurred. This difference allows users to create accounts more like smart contracts, which can enhance user experience and security. Allowing more complex account logic, such as multi-signature wallet or social recovery of lost keys, puts forward the concept of delegated transaction. This standard does not need to change the main network consensus of Ethereum. It allows users to delegate representatives to send transactions, such as approving a group of operations to save time and trouble. Instantaneous storage of operation codes is part of the upgrade, which aims to introduce a new mechanism to deal with temporary or temporary storage during the execution of smart contracts. The traditional storage operations of Ethereum are permanent and need to be consumed. Temporary data that needs longer than a transaction may be invalid. It is an operation code that will allow smart contracts to use instantaneous storage, that is, the storage will be cleared at the end of the transaction execution. The team has lobbied hard and hoped that it will be implemented in the Shanghai upgrade, but it has failed to get enough support to reach a consensus among the core developers of Ethereum. It is expected that the upgrade will play an important role in improving the ability and efficiency of the agreement, and the contract execution period can be reduced by enabling temporary storage. The cost associated with storing data and providing developers with greater flexibility in designing smart contracts will also contribute to the overall scalability of the Ethereum network by reducing the burden of permanent storage and minimizing state inflation. The beacon block root submission to Ethereum is like a huge library. It consists of two main parts: the first part is the Ethereum virtual machine, which allows people to read books and execute smart contracts like a reading room, and the second part is the beacon chain, which tracks like a library directory system. The consensus and coordination of all books and their locations in Ethereum network were relatively independent before, and it was impossible to directly access the latest catalogue. It had to rely on indirect methods to understand what was happening in the beacon chain, so it was proposed to put the root abstract of the beacon block or the hash root of the parent block in each block, which was equivalent to transferring the outdated card filing system in the library to a system with real-time accuracy and direct link to the main database. In Ethereum, a modern library system, readers could get instant updates every time books were added or deleted. 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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