L2 经济学分析 以太坊未来的投资策略

The author translated the economic principles of Shanouba Bitcoin Trading Network. The scalability roadmap of Ethereum pays more and more attention to solutions, and with the continuous adoption and expectation of the first-tier solutions of Ethereum, it is gaining lasting importance. However, evaluating the solutions is far from simple. Unlike networks such as Ethereum, the network has a clear source of income from transaction costs and a clear cost from token issuance, and the solutions bring unique valuation challenges. This report discusses the evaluation. The complexity of Ethereum solution is deeply understood, and the economic factors supporting its value proposition are summarized. The recent progress in the field of solutions is undoubtedly impressive. Since its launch in, the influx of talents and research has brought about remarkable progress, including the breakthrough of mass data compression based on the bridge of fraud and validity certificate of Ethereum virtual machine and the introduction of summary software development suite. It is worth noting that various solutions such as and have entered the market and cultivated one. With the intensification of market share competition, the booming ecosystem makes substitution in a fragile and exposed position. Although the current adoption rate has reached expectations and proved the feasibility of attracting the next generation of users, the growth trajectory of the first-tier solution will accelerate in the next few months. With the emergence of and the launch of new chains, people are now paying attention to the pruning cost tree. The upcoming upgrade has brought a significant function, also known as this, which indicates that the operating costs related to summary are significant. Although the specific specifications of the Ethernet protocol are constantly developing, it paves the way for the seamless transition of the Ethernet protocol architecture to adapt to the future implementation. The current implementation faces two main challenges. First, there is a bottleneck in data storage, because millions of transactions are processed every day to aggregate these transactions and submit transaction certificates to Ethereum. Secondly, the core of transaction costs will be generated by transmitting transaction data from Ethereum. The concept of yes indicates that binary large objects are essentially data blocks linked to transactions, which are different from conventional transactions. According to the fact that the blocks are specially stored on the beacon chain and generate the lowest cost, they can add more data to the Ethereum block without increasing the block size. In short, compared with the average block size, the main purpose of using the stored data is to significantly reduce the data availability cost, especially for the aggregated layer release, which is different from the traditional method in which all data reside in the space of Ethereum, and provides an efficient and economical alternative. Therefore, the transaction will not put forward additional requirements for the verifier. In addition, the data will be automatically deleted within the suggested time to days, which is in line with the scalability goal of Ethereum, rather than the indefinite data storage. Before implementation, the release cost accounts for the total cost. The concept of data gas is introduced in the future, which is a new cost category of transaction. The cost of publishing data to Ethereum is separated from the standard, and the cost can be significantly reduced when submitting data to Ethereum by means of dynamic pricing based on demand and supply. Compared with the current cost, the potential cost can be reduced by as much as twice or surprisingly, just like data blocks, which can make Ethereum run more efficiently. They can be stored separately without disturbing verifiers and disappearing when they are no longer needed. This means that lower cost and more data space make Ethereum faster and cheaper. The importance of understanding economics is crucial. This upgrade leads to a significant reduction in costs, while revenue expectations may remain stable or increase with the increase of activities in the chain. It is necessary to analyze the impact on the summary economic model. The income of its income stream comes from network fees and miners' extractable value, which is the capital source controlled by the monopoly centralized sorter at present. In terms of cost, the summary will encounter fixed costs and variable costs. The fixed costs come from the validity certificate of publishing the state root to the smart contract and the basic transaction costs of Ethereum, and the operational variable costs include gasoline costs and the introduction of publishing fees required for storing bulk data in Ethereum. This is different from the traditional cost model, so the cost market of the later Ethereum includes two dimensions based on the conventional transaction cost market, which retains the established conventional transaction cost market and has its unique dynamics, including the basic cost and priority cost market that conforms to the principle. The second dimension introduces the cost market, in which the cost is completely determined by the current supply and demand, which creates a new one. Different independent ecosystems of the conventional transaction cost market ensure that the cost is not affected by the fluctuation of block space demand. The analysis of the cost market reveals several noteworthy results. With the increase of application chain and generalized quantity, it is expected that the demand will gradually increase. The price discovery mechanism in the case that the demand exceeds the target may lead to the increase of data price. With the surge of demand, the cost of data and natural gas is expected to increase exponentially. If the demand exceeds the target level, the cost of data will experience rapid and exponential growth. The growth may increase by more than 10 times in a few hours. Once the demand reaches the target price, the data price will start to increase exponentially every second, which changes the rules of the game on how to make money and spend money. For dynamic expenses, some parts of the market follow the conventional rules, while the other parts adjust themselves according to supply and demand. As the demand increases, the cost also increases. With the increase of the number of specific application chains, the business model becomes more and more important. For example, compared with the specific application chains on the same platform, Ethereum becomes more and more important. It has obvious advantages, which is mainly attributed to the emergence of solutions. One of the key reasons for this advantage is the reduction of infrastructure expenses. Under the background of the first floor of Ethereum, the process of solutions has been significantly simplified. These services have simplified the deployment, maintenance and management of custom summaries, effectively solved the technical problems that developers often encounter when developing the main network, thus enabling developers to concentrate on the development of the application layer, thus improving their overall productivity, and also provided significant. Degree of customization: Developers can not only freely choose the preferred protocol of the execution environment settlement layer and data availability layer, but also gain flexibility in key aspects such as sequencer structure, network cost, token economics and overall network design. This adaptability ensures that customization can be made to meet the specific needs and goals of various projects, thus enhancing the versatility of Ethereum layer solutions. We can distinguish two main types of service software development kits. These development frameworks used for deployment include well-known options such as and development kits, and deployment services without code summary. These services are designed for simplicity. 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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