DePin 如何重塑运营商经济

At a time when people are worried about currency fanaticism and the so-called moral crisis of cryptocurrency, the rise of the network once again strongly established that the popularity of cryptocurrency in the real world created a word in, which is a new word, but the idea behind it is as old as cryptocurrency itself. It is the abbreviation of decentralized physical infrastructure, which refers to the community network driven by agreements and tokens to coordinate hardware resources. Bitcoin, as the initial blockchain, is a typical network because of it. Inviting anyone in the world to contribute computing resources to ensure the security of its distributed ledger and rewarding it with digital gold is revolutionary not only because of its technology, but also because of its economic impact. However, with the development of encryption technology, it often turns to abstract speculation and often loses contact with its proven ability to coordinate physical resources smoothly. Today's more complex network provides a way to return to the origin of cryptocurrency and promises to promote a more just economic relationship. To calm down the critics of cryptocurrency, a better carrier economic network has created a new economic model and improved the existing one. The carrier economy is more often called odd jobs or sharing economy, which has sprung up with the emergence of companies such as Hehe. These companies use huge independent carrier networks to coordinate and provide valuable services, such as online car rental and housing. It turns out that they rely on private company networks to use crowdsourcing labor and material resources and have achieved great success. A new service paradigm that can compete with the more traditional business-to-consumer model, even beyond this operator economy, is profitable for unicorn enterprises and their shareholders, but less positive for other stakeholders, such as workers who contribute time and resources to the network and early adopters who see the long-term value of products. Like many large technology companies, the operator economy often embodies a kind of squeezing logic, which is beneficial to monopoly and creates unstable labor. Motivated and dependent on subsidized venture capital and unpredictable governance, platform risks are caused. By making it more democratic, economic, inclusive and transparent, the operator's economy is improved. Just like other blockchain applications that find the product market fit point, for example, the agreement replaces idle monopolists and rent seekers at the core of the operator's network with software and code, so they can redistribute economic value to participants according to their contribution to the network. Take the ride service agreement as an example, but it is very similar. Companies scattered behind the online car market means that it can return more value to drivers and passengers through higher wages and lower prices. Compared with companies like this, which rely on a kind of unstable odd jobs deprived of employee benefits, the network is specially designed to reward network participants who put their hardware and time into the network by giving tokens through unlicensed smart contracts, which means that every contributor to the network can become an economic stakeholder, not just company electronics. An input in the table is more inclusive capitalism, which promotes the economic development of operators. It is not only fairer to network contributors, but also ensures that the risk return is not only obtained by a few venture capital companies, but also by participants who spend time and money to develop the network. It is also good for enterprises to make participants owners, because these initial owners will become network evangelists and help guide the growth of the next wave of users. The characteristics of the network without permission also mean that they are reduced. The entry threshold attracts a wider range of participants and expands the geographical coverage, making them an ideal choice for service edge cases. On the supply side, they open the ecosystem to all qualified manufacturers to ensure that a single hardware supplier will not become a monopolist and that the network will provide better products at a lower price. Finally, the protocol-driven nature of the network provides more protection to prevent platform risks and review and centralized different codes, which means that it is more difficult to stop or review the hardware based on. Services will be more difficult to be disturbed by political or other illegal reasons. However, it may also mean that the network will better maintain services that cross legal boundaries, thus posing challenges to governance and supervision. Most operators are honing their own technologies in more and more specific fields, which indicates the maturity of the operator's economy. Hardware operators are the key to the revolution. Matching physical assets with user needs, for example, it will connect companies that need artificial intelligence processing capabilities with provider networks. These examples emphasize a key trend. In the expanding operator economy, hardware becomes a shared commodity. Each participant plays the dual role of consumer and provider. Data operators turn raw data into valuable assets. They deploy hardware to collect and process data, create data sets for commercial use, and so on. Examples illustrate this trend. Operators collect vehicle data for insurance companies or. Capturing street images for real-time street mapping, in addition to simple collection, these operators often enhance data packets before loading them into marketable products. They also play a vital role in transmitting real-world data across networks. Using Internet of Things sensors, not only can data be collected, but also services can be provided. Storage operators have become the backbone of data persistence in the operator economy, and other projects are pioneers in this field, providing decentralization for file storage. Solutions: They ensure that data is not only saved but also available for future use. It is a decentralized database, which operates in a similar way. It provides safe and persistent storage for structured data. These platforms are crucial because they protect information computing operators and provide basic processing and communication services. Projects like this show the potential of decentralized cloud rendering networks, enabling developers to build a series of decentralized consumer applications and enabling users to take advantage of collective computing power. These platforms provide the cloud service market with decentralized alternatives, challenges and other traditional providers, which reflect the spirit of change, because they not only disperse the access of computing resources, but also realize the challenges of democratization. The supporting economy is facing many challenges. First, the project must effectively deal with the complex regulatory environment in the real world, such as data collection services like this, which need to take into account the patchwork of governance, data management and security regulations. Each service has its own set of strict compliance requirements. The same network will encounter various spectrum licensing laws, which are very different in different jurisdictions, and these obstacles will bring huge. 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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