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The Grass project is a decentralized network that allows people to monetize their unused internet bandwidth. It uses a node to access users’ unused bandwidth.

This article provides a detailed introduction to Juno Network, the first smart contract platform on Cosmos. In this article, you can learn about its key technologies, development history, and the current status of its ecosystem.

Grass is a DePIN project built on the Solana network that leverages unused internet bandwidth to gather information from public networks. This information is then used to train large language models (LLMs) and establish a transparent data marketplace that rewards all participants. The protocol utilizes the bandwidth of users' devices to search for necessary information, process the collected data, and record its provenance history on the blockchain using zero-knowledge proofs (ZKPs).

Old phones and computers can still "dig for gold" in the crypto world, with DePIN and some Layer1 projects transforming them into mining sites. This article introduces nine projects that give new life to old devices.

This article explores the potential integration of AI and cryptocurrencies, emphasizing that true integration involves incorporating Crypto into AI workflows and empowering AI with Crypto.

This article explores the trade-offs most commonly considered by the founders and community of DePIN, and presents three factors that need to be considered in constructing DePIN. It takes an optimistic view of DePIN and anticipates the launch of many new and definitive category networks in the coming years.

DePIN integrates blockchain with physical infrastructure, redefining network resource allocation. This article focuses on bandwidth-sharing DePIN, exploring its core features, revenue models, and representative projects such as Grass and OpenLoop. It analyzes token economics and miner rewards, providing in-depth insights for readers interested in the convergence of decentralized networks and AI. Additionally, it examines the future potential of DePIN in AI, IoT, and Web3, offering a comprehensive view of this emerging sector's value and challenges.

We previously discussed how AI and Web3 can complement each other across vertical industries like computational networks, intermediary platforms, and consumer applications. When focusing on data resources as a vertical field, emerging Web projects offer new possibilities for the acquisition, sharing, and utilization of data.

Aethir leverages decentralized technology to enhance cloud computing infrastructure, integrating high-performance GPUs and blockchain technology to provide optimized computing services for the AI and gaming industries. The platform achieves efficient allocation and utilization of computing resources through innovative economic models and NFT nodes, driving democratization of computing power.

In 2024, the crypto AI market experienced an unprecedented surge in investments, with top venture capital firms in the crypto industry—such as Grayscale, Coinbase Ventures, Binance Labs, and a16z—actively involved in “Crypto+AI” projects. This article will systematically review the 2024 investment strategies of top crypto VCs in the Crypto+AI space, along with the fundamentals of the projects they invested in.

This article introduces the analysis and prospects of the seven major tracks in 2024.

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.

In the AI era, product competition relies heavily on stable computing power and data. By combining Web3, it can assist small and medium-sized AI startups in surpassing traditional giants. The DePIN ecosystem, through the integration of token economics and hardware devices, addresses the needs of AI products for computing power and user targeting.

This article explores the intersection of cryptocurrency and artificial intelligence, highlighting the emergence of public blockchains as one of the most profound advancements in computer science history. It discusses how the development of AI is already having a significant impact on our world.

The experiments in the intersection of cryptocurrency and artificial intelligence are driven by the same forces that underlie the most promising use cases for cryptocurrencies—access to permissionless and trustless coordination layers, facilitating value transfer more effectively.