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Developed by the DFINITY Foundation, Internet Computer (IC) is a blockchain service provider with a grand vision. It aims to become a basic computing service facility in the entire blockchain field. Similar to the blockchain versions of AWS (Amazon Cloud Computing Service) and Azure (Microsoft Cloud Service Platform), the Internet Computer (IC) provides solutions for all network services and cloud computing needs. If it is able to keep developing in the long term, it will be capable of bringing huge innovation to the crypto industry.

Click to discover the transformative potential of Perlin on decentralized trading and cloud computing.

As a new form of productive relationship, Web3 naturally fits with AI, which represents a new type of productivity. This simultaneous progress in technology and productive relationships is at the core of io.net's logic. By adopting the "Web3 + token economy" economic infrastructure, io.net aims to transform the traditional production relationships between cloud service giants, mid-to-long tail computing power users, and idle global network computing resources.

This article analyzes the Akash token model and its application scenarios.

This article provides a detailed introduction to io.net, a decentralized GPU network aimed at providing computing power for machine learning. The project integrates computing resources from independent data centers and cryptocurrency miners worldwide, offering users low-cost, highly available GPU computing services.

The author argues that the term “Crypto” has lost its meaning because it no longer refers to a specific asset class. For example, the MKR token exhibits both stock-like and fixed-income characteristics, and the DAI token also has fixed-income characteristics. Therefore, categorizing assets as stocks, fixed income, and “Crypto” is meaningless. “Crypto” is merely a database technology rather than an asset class. Hence, the best approach is to completely abandon this term.

Lisk is a blockchain platform that enables developers to build decentralized applications using JavaScript through its secure and transparent infrastructure and an easy-to-use SDK.

Quilibrium aims to strike a balance between traditional internet computing power and blockchain decentralization by designing a unique decentralized cloud computing architecture. Emphasizing security and privacy, Quilibrium's design is closer to traditional software development, potentially attracting more traditional software developers and facilitating Web3 developers in building more complex encrypted applications. Compared to other market players with similar concepts, Quilibrium's current market cap presents a certain level of attractiveness.

Skynet introduces a new approach to autonomous AI agents that fundamentally reimagines how we achieve true autonomy while maintaining security. Rather than attempting to solve the autonomy trilemma through traditional means, Skynet employs a novel architecture based on swarm intelligence and distributed consensus.

This article analyzes Aptos from perspectives such as its adopted language, ecosystem growth, and deployed DeFi projects, asserting that Aptos is one of the best choices for DeFi projects.

In October, TEE frequently appeared on X posts, drawing attention from the Web3 community. This article outlines the concept of TEE, its applications in Web3, its limitations, and future development prospects.

The article delves deeply into the commercial necessity of combining AI with Web3, emphasizing the importance and challenges of distributed computing power services. It pays special attention to the IO.NET project, a distributed AI computing power platform, aiming to incentivize the convergence of AI computing power through a token model, providing flexible, rapid deployment, and low-cost AI computing services. The article analyzes the product logic, team background, and financing situation of IO.NET, and it also forecasts its potential market value. Additionally, the article discusses the development trend of the distributed computing market and possible influencing factors.

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.

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.

This article analyzes how Arweave has innovatively launched the AO system and discusses the significant potential of AO for the cloud service industry.