DePIN：去中心化物理基础设施网络

Introduction is one of the rising trends in the past year. The core commitment is to bring the principle of blockchain application into the world of physical things and infrastructure as a community with open verifiability and incentive alignment, whether it is a site security camera or a computing server. In this paper, we will discuss some core principles, then discuss some most representative projects, and finally discuss the broader impact on the blockchain field. Conceptualization covers a variety of projects from decentralized storage like and this. Network to decentralized connection like this and then to community source software application like this are all defined as the observation made in its groundbreaking report in June, which will be divided into four main areas: decentralized server, wireless sensor energy network. From the defined projects and fields, we can see that the initial definition is largely biased towards the physical properties of the project, and sensor servers and routers are used to create a decentralized interconnection from the bottom to the top on the hardware level. However, since then, this universal concept has gradually expanded to include more consumer-oriented applications, such as decentralized construction, which brings a question: how do we begin to conceptualize what it means? Therefore, our first task is to pay attention to the conceptual similarity in this wide range of projects, whether in the initial report or in the process of the gradual evolution of this term, many of these projects share some similarities, including decentralized collective ownership. The cost of infrastructure is gradually expanding as more users enter the ecosystem, which can be summarized as economies of scale. In fact, this can be summarized as the flywheel, which explains how to promote this through token incentives. At first, the flywheel above was only conceived to cover physical infrastructure networks, such as providing resources, disk space or connections with users for the network in return, so as to allow the network to have more capacity and attract more users. However, this flywheel is not limited to hardware infrastructure and data infrastructure. There are similar arguments, which will include those projects that focus on collecting and coordinating consumer data, using blockchain and tokens as a common interface to coordinate the new data economy, which may include consumer-oriented applications, such as sensor network projects and similar decentralized projects, as well as the potential enterprise applications of blockchain in supply chain or logistics management, although there will be much less attention to the financialization of tokens here, so one possible way to conceptualize the trend is to combine decentralized hardware layers with After a general description, we can now explore some of the most distinctive projects in this field, which is one of the oldest and most prominent projects. It was established in 2000 to expand broadband infrastructure by allowing users to deploy gateways in a decentralized way. In 2000, the network decided to seize the momentum of cryptocurrency and began to provide cryptocurrency payment technology through its own blockchain network, which can support wireless communication between devices and enable them to Transmitting a small amount of data in a long distance is very valuable for the connection of Internet of Things devices. In the project, technology is used for users to deploy gateways to expand broadband infrastructure. Over the years, this method has become not only a representative project, but also a representative of the encryption industry more widely. Many people call it People's Network because it is an important project. People can clearly see how to use tokens to stimulate socially beneficial behaviors. However, with the passage of time, networks and protocols have become both. Encountered the problem of liquidity and adoption, the weekly income of the network has been steadily declining. Critics also pointed out that the use cases of the network are exaggerated, and the incentives are unsustainable. The time range of the data intercepted is from year to month, and the date of acquisition is from year to month. This move aims to improve the coverage and liquidity of users and expand by using the high transaction throughput. This example highlights some key opportunities and risks in the field. The behavior of world use cases may be very effective, but it is quite difficult to maintain sufficient rationality and interest level in a long period of time. In addition, with the gradual integration, it is more difficult to put forward the argument of an independent running chain instead of using the extensible infrastructure and liquidity provided by other more widely used chains. Another important project on the network aims to create a decentralized Google map. Basically, users of this project install driving recorders in their cars and share real-time videos with them. In exchange for tokens, the company then used all these distributed data to build a decentralized map with application interface. Compared with Google Maps, the key advantage is that as a decentralized network to stimulate tokens, it can complete the token mapping process in a cheaper and faster way, so it can provide a cheaper way to break the monopoly of Google Maps, highlighting the core flywheel principle that we use tokens to implement distributed decentralization in an efficient way. The interesting thing about the task is that it will be described as a typical example of sensor networks in the initial reporting years. However, some people may think that this has not fully captured the real innovation. In fact, the core competitiveness lies in the fact that the data infrastructure it collects comes from the decentralized data of the user network and then monetizes the data infrastructure by providing access. Of course, the project uses sensors and driving recorders to collect these data, but this is only an accidental situation. We can imagine that even if these data do not. It is generated by sensor networks, but through other activities, such as browsing, or even the interaction between users and artificial intelligence. The same overall model may still be valid. Using tokens to generate large-scale data through decentralization, such as through decentralized hardware networks, to create a new data economy is a decentralized competitor in the world, and its importance is more obvious because it is a key participant in the conference. Recently, an application has been launched. The agreement aims to create a fair and independent market without intermediary or centralized front end, and an important part of the riding income is usually as high as above. Although the adoption and persistence of the agreement remain to be seen, an important case study shows the importance of an open and decentralized data market as the core value proposition of the project. Another key participant in the field highlights how blockchain technology and decentralized hardware devices bring different dimensions of benefits in the social level, that is, the flagship product of security and privacy dimensions. This is a home security that only users can access. 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

注册有任何问题请添加 微信：MVIP619 拉你进入群

文章转载注明 网址：https://netpsp.com/?id=62461