DEPIN: An Emerging Hot Track in the Web3 Field

DEPIN is rapidly becoming one of the most关注的赛道 in the Web3 field. What exactly is it? How is it related to ordinary people? What is its potential for future development? The following content explores the essence, importance, and future prospects of DEPIN.

DEPIN stands for "Decentralized Entity Infrastructure." It utilizes the incentive mechanisms of Web3 to integrate the "fragmented resources" in people's hands into service technologies that can be packaged and used by others. For example, the decentralized mapping project HiveMapper allows users to automatically collect map data during their daily commutes by installing dash cams and earn token rewards. This method is faster, more extensive, and less costly than traditional mapping services.

Another typical example is the Helium project. Users can deploy hotspots using their idle home WiFi bandwidth to contribute to the Helium network and earn tokens. Some large telecommunications companies also collaborate with Helium to utilize its network to cover hard-to-reach areas.

DEPIN essentially solves the problem of "large-scale collaboration". In the past, only large enterprises could invest heavily in building infrastructure. Now, Web3 technology allows everyone to participate.

The combination of DEP and AI is particularly noteworthy. As AI technology moves towards practical applications, such as autonomous driving and delivery robots, there is a surge in demand for real-time, high-quality data from the real world. The DEP network is well-positioned to provide this data. For example, the real-time traffic data collected by HiveMapper is crucial for autonomous driving systems.

In addition, DEPIN can also solve the computing power problem in AI training. By connecting the idle GPU resources distributed across personal computers, workstations, and laboratories, the DEPIN network can provide affordable AI supercomputing clusters for small teams. This helps break the monopoly of large companies on AI technology and promotes the development of decentralized AI.

In the current environment of high interest rates and difficult financing, the DEPIN model shows advantages. Traditional infrastructure projects often require huge investments and complex approvals, whereas DEPIN breaks projects into smaller pieces, allowing ordinary users to participate in construction at a low cost. This model lowers the entry barrier and is conducive to rapid development in the current economic environment.

The DEPIN industry is expected to achieve explosive growth in the future, mainly due to three factors: the maturity of tools has lowered the development threshold; the development of AI has driven a huge demand for real-world data; and an increasing number of experienced "practical" entrepreneurs are entering the field.

For ordinary people, participating in DEPIN projects can also become a new employment opportunity. For example, some people have formed fleets specifically to collect map data for HiveMapper, or are engaged in the operation and regional agency of Helium hotspots. These emerging jobs do not require programming skills; as long as one can manage devices and resources, they can participate in the Web3 network and start earning profits.

Overall, DEPIN represents a new model that fragments real-world resources and promotes widespread participation through incentive mechanisms. It not only provides important support for AI development but also offers ordinary people the opportunity to participate in the construction of the next generation of internet infrastructure. If you missed the early days of Bitcoin and Ethereum, DEPIN might be your next entry opportunity.