DePin

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This article delves into the core concepts of DePIN (Distributed Physical Infrastructure Network) and the sources of its legitimacy, particularly in comparison to traditional cloud services and IoT technologies. By analyzing various DePIN projects such as Filecoin, IoTeX, and Helium, we analyzed their applications in the fields of storage, computing, IoT, and AI, and predicted the development trends of middleware and application layers.

The article discusses the logical orthodoxy of DePIN (Decentralized Physical Infrastructure Network) and its structured development. DePIN combines blockchain with physical computing facilities, such as storage, computing, AI, IoT, etc., forming an emerging track. The article points out that although Messari's definition of DePIN is broad, analysis reveals that the DePIN project has universal logic and a trend toward structured development. DePIN projects not only include infrastructure construction but also involve the development of middleware and application layers, aiming to reduce costs and quickly replicate standardized projects. The article emphasizes that the growth potential of DePIN lies in its ability to bring real-world value and orthodoxy into the crypto field, thereby driving overall industry market value growth.

The article explores Cysic, a real-time Zero-Knowledge Proof (ZKP) generation and verification layer that offers Zero-Knowledge Computing as a Service (ZK-CaaS), powered by its proprietary ASIC, FPGA, and GPU chips. Cysic's innovation lies in its ability to provide hardware acceleration for various ZK algorithms, significantly reducing the time and resources required for proof generation. Its hardware solutions, including ZK Air and ZK Pro, are designed to make the generation of ZK proofs more efficient and accessible. Additionally, Cysic plans to establish a DePIN network, inviting users to contribute their computing power to expedite the ZKP process. Cysic has secured investments from entities including Polychain Capital and has been awarded in the ZPrize competition.

IoTeX is at the forefront of IoT and blockchain technology. The IoTeX platform combines hardware with connectivity and a highly scalable technology architecture that allows trusted devices to connect with trusted data to enable a wide range of real-world applications and use cases.

Akash, Render Network, and io.net are the three largest decentralized computing networks in the market. Although they all provide decentralized computing services, each network has different business focuses. This article further compares different decentralized computing networks through network capacity, usage, and different resource purposes.

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.

Unlock the secrets of blockchain’s most formidable guardians – Witness Chain Watchtowers. Step into a realm where security transcends tradition and discover how these digital sentinels reshape the future of Layer 2 solutions. Are you ready to witness the revolution?

This article will organize the key information of the AI decentralized computing project: the IO.NET project, including product logic, competitive situation, and project background. It also provides valuation estimations, analyzing the valuation from different perspectives through data analysis, and offering a reference calculation for valuation.

io.net is a decentralized computing network that supports the development, execution, and scaling of ML applications on the Solana blockchain. It combines a million GPUs to form the world's largest GPU cluster. DePIN.io.net aggregates underutilized resources such as independent data centers, crypto miners, and GPUs from crypto projects like Filecoin and Render to solve this problem.

This article provides an in-depth introduction to Io.net, a decentralized computing network based on the public chain Solana, which not only aims to alleviate the current shortage of resources but supports the ongoing development of AI technology. We will explore the core functionalities of these products, how they provide more computational power to users, and simplify the deployment and management of GPU/CPU resources, offering a flexible, scalable computing solution.

AI provides computing power and forms intelligent network application scenarios, while blockchain/Web3 establishes order for AI (intelligent networks). However, is DePIN ready for this?

Aethir offers a groundbreaking yet highly feasible solution to tackle this complex global issue. Our network aggregates and intelligently reallocates new and idle GPUs from enterprises, data centers, cryptocurrency mining operations, and consumers.

Underpinned by blockchain technology, DePINs make all of this possible—at a time when the infrastructure powering the global economy is experiencing seismic change.

The article explores the application of Artificial Intelligence (AI) in the cryptocurrency field and the challenges it faces. It points out that while AI technology holds potential for innovation in cryptocurrencies, its practical application may be influenced by market competition and regulation. The article emphasizes that decentralization alone is not enough to provide a competitive advantage for AI products based on cryptocurrencies; they must also match centralized products in functionality. Additionally, the article suggests that the value of many AI tokens may be exaggerated, lacking sustainable demand-driving factors. Nevertheless, there are still widespread opportunities at the intersection of AI and cryptocurrencies, but the development and realization of these opportunities may take time.