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DePIN (Decentralized Physical Infrastructure Network) combines physical resources with Blockchain, aiming to achieve decentralized infrastructure through resource sharing and incentive mechanisms. Despite facing technical and market challenges, it demonstrates great potential in areas such as storage, Computing Power, and energy, and is expected to expand to more application scenarios in the future.

The article discusses the current status and future of Decentralized Physical Infrastructure Networks (DePIN), emphasizing its achievement of resource sharing and efficient networks through the integration of Blockchain technology and hardware. DePIN addresses the efficiency and security issues of traditional centralized networks, signaling the formation of a new internet architecture. Despite facing technological and market challenges, DePIN is expected to achieve large-scale application in the future.

DePIN (Decentralized Physical Infrastructure Network) combines physical resources with Blockchain technology to create a bilateral market for resource sharing and incentives, enhancing resource allocation efficiency. It has developed rapidly in areas such as storage and Computing Power, but faces challenges such as technical complexity and market acceptance, requiring continuous exploration and innovation to achieve breakthroughs.

Decentralized Physical Infrastructure Networks (DePIN) combine Blockchain technology with physical resources to address issues of traditional centralized networks. There are currently over 1,500 projects with a market capitalization of $22 billion, and the market is expected to reach $3.5 trillion by 2028. DePIN faces challenges in terms of technological complexity and market acceptance in the future, but it has broad application prospects and development potential.

The status and future prospects of the Decentralization Physical Infrastructure Network ( DePIN ). Introduction The origin of the internet can be traced back to the Cold War period. In 1969, the U.S. military developed a network system with decentralized characteristics to respond to possible nuclear strikes - ARPAnet(. This network adopted a distributed architecture designed to avoid single points of failure and possess self-recovery capabilities. However, with the commercialization and globalization of the internet, the transition from Web1 to Web2 witnessed a shift in internet architecture from distributed to centralized. Large tech companies gradually took control of the internet ecosystem, holding immense influence and value distribution rights. In recent years, the wave of Web3 has emerged, advocating for Decentralization and de-platforming. However, simply achieving Decentralization at the application level is not enough; it is also necessary to start from the underlying technology stack and thoroughly transform the internet architecture. Against this background, Decentralization