DePin

Daylight is a project focused on DePIN and energy sharing, allowing users to connect their energy devices (such as thermostats, batteries, electric vehicles, and solar inverters) to the Daylight APP and receive rewards. From a business perspective, it relates to the concepts of DePIN and decentralized grids. The platform uses smart contracts and blockchain technology to enable direct interaction between energy producers and consumers. It is not a virtual trading platform but one that installs energy hardware in the owners' homes.

Explore Aleph.im, an open-source, decentralized peer-to-peer network revolutionizing decentralized infrastructure through Decentralized Physical Infrastructure Network (DePIN) solutions. Learn how Aleph.im addresses data storage, compute power, and blockchain interoperability for a truly decentralized future.

Crust Network is a decentralized storage solution that uses two methods, MPoW and GPoS, to keep your data safe. The network employs sWorker nodes to check storage tasks and offers an IPFS W3Auth gateway and a Decentralized Storage Market (DSM). Important participants include validators, candidates, guarantors, and users, with the CRU token used for transactions and governance. Crust's storage is cheaper than Google Cloud and offers better data privacy, making it ideal for DApps, website hosting, and NFT storage.

Dione Protocol is a decentralized energy market that facilitates peer-to-peer exchange of green energy while bypassing traditional grid systems. Its native coin, DIONE, serves as the governance and utility token of Dione ecosystem.

This article explores how Arkreen employs a community-driven model and blockchain technology to enhance the liquidity, transparency, and inclusiveness of carbon assets. It also encourages individuals and businesses to engage in eco-friendly initiatives, working together towards sustainable development.

DePIN, which stands for Decentralized Physical Infrastructure Network, refers to a network system that connects and manages physical hardware devices in a decentralized manner. The successful cases of Filecoin and Helium demonstrate that combining blockchain technology with real-world physical infrastructure can create disruptive solutions. These projects have not only innovated technically but also successfully applied cryptoeconomics to solve real-world problems, showcasing the feasibility and potential of the DePIN model. By reviewing the successful DePIN projects in history and summarizing their successful experiences, we can focus on the new development directions and potential brought by the combination of AI and DePIN amidst the AI wave.

The Helium IoT Network is a decentralized network leveraging blockchain technology to offer low-cost and efficient IoT connectivity solutions. Users participate by setting up mining devices, facilitating device connections and data transmission. The network employs a unique consensus algorithm known as Proof-of-Coverage (PoC) to maintain security and stability. Unlike traditional telecom operators, the Helium network incentivizes users to share their network bandwidth and coverage, thereby building a global IoT infrastructure.

This article summarizes and distills the basic framework of the DePIN project, providing an overview using the "WHAT-WHY-HOW" structure to review and summarize the DePIN track. The author then outlines an analytical approach to understanding the DePIN project based on their experience, focusing on detailed analysis of specific "computing power" projects.

Under decentralization, the layout and utilization of infrastructure in DePIN can achieve higher efficiency and lower costs while enhancing the overall system's security and resilience. Unlike traditional centralized equipment providers, the updating and maintenance of DePIN equipment are jointly undertaken by project teams and miners. Equipment providers are only responsible for the research, development, and sale of the equipment, while the updating and maintenance are completed by the supply-side users. For DePIN projects, realizing data interoperability between multiple chains can maximize the value of data. This not only represents a potential breakout point for the DePIN track but also directly benefits cross-chain protocols amid this growth wave.

Unlock the potential of mapping and geospatial data with NATIX Network. Leveraging AI and a decentralized "Internet of Cameras," NATIX addresses the monopolistic control of big tech over essential geospatial data. Explore how NATIX Network aims to revolutionize the geospatial solutions market, estimated to reach $845 billion by 2029, and create a new crowdsourced data economy.

This article introduces the latest innovation of the chain game Yuliverse, which is launching the smart ring Moonring that combines GameFi and DePIN. Yuliverse is a city-themed AR chain game that emphasizes exploration and social interaction. The Moonring not only unlocks specific game activities but also allows users to earn rewards through data from activities such as exercise and sleep.

If blockchain systems represent the consciousness built on an iceberg, then the sensor networks represented by DePIN are the subconscious beneath the iceberg. Now, the challenge arises: who are the spine and nerves of the distributed system? How do we construct the spine and nerves? In this article, we will start with small lessons from the development of the Internet of Things (IoT) to construct the development ideas of DePIN and help builders better implement them.

In previous studies and reports, DePIN often paid more attention to infrastructure. However, this report focuses more on the decentralized part, striving to show a variety of future DePIN markets and investment opportunities.

Nodle is a decentralized network that uses smartphones to provide IoT connectivity and services, rewarding users with NODL tokens for participating.

In the gradually intensifying AI race, what new gameplay can old projects offer to carve out a niche in a market where liquidity and attention are both scarce?