"AO"

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​​Arweave, a blockchain storage protocol, launches its public testnet Arweave AO, catering to social media and AI design layers. The founder stated that Arweave AO is confident to compete with Ethereum. What exactly is Arweave AO?

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

The article discusses the progress of the Arweave AO Hyper-Parallel Computer's self-testing network a month after its launch. As an essential part of the Arweave ecosystem, AO has attracted over 3,000 developers for its construction and resulted in numerous applications based on AO. The launch of AO has led to Arweave being viewed as a potential competitor to Ethereum and even considered as the computational layer for AI. The article provides a detailed introduction to AO's network profile, ecosystem projects, development tools, and significant events, including the release of the technical document Cookbook, the launch of the test network token $CRED, online hackathons, and the AO memecoin introduced by the community. The development of AO brings new possibilities to the blockchain world, especially in AI applications.

Following the AO launch event, the Arweave ecosystem once again captures attention. PermaDAO invites experts to discuss AO's concepts, design, and user experience, focusing on the new opportunities it brings to developers and the entire blockchain industry, as well as its impact on shaping a new narrative.

How are messages defined and handled in the AO and Nostr networks? What are their network architectures for message transmission, and how do they integrate with other protocols? What are their respective roles, primary applications, and development trends? This article provides an in-depth comparison of the AO and Nostr protocols, focusing on how their structural designs impact functionality, with a detailed analysis of these questions.

This article examines the mainnet launch of AO, a new project in the Arweave ecosystem. Despite its connection to trending AI technology, the launch generated minimal market interest. Three main factors contribute to this lukewarm reception: the limited airdrop size (AR holders received just 0.016 AO tokens on average), modest network activity levels despite some growth, and the ecosystem's early developmental stage—with TVL at $315 million, lower than during its testnet phase. The article suggests that AO's future hinges on its ability to convert its technical vision into real-world applications.

AO, built on Arweave's on-chain storage, achieves infinitely scalable decentralized computing, allowing an unlimited number of processes to run in parallel. Decentralized AI Agents are hosted on-chain by AR and run on-chain by AO.

This article will explore the concept and architectural design of AO in depth, analyzing how it addresses the challenges faced by existing public blockchains like Ethereum, ultimately bringing new development opportunities to Web3.

Arweave is an innovative decentralized permanent data storage network where users pay a one-time fee to secure lifelong storage services. Unlike other storage networks, Arweave uses a unique "blockweave" structure to ensure the long-term preservation of data. This article provides a detailed introduction to Arweave's technical architecture, growth trajectory, and the economic model of its native token AR. It also explores the AO project built on Arweave, a decentralized network aimed at overcoming the scalability limitations of on-chain computation.

Decentralised storage, exemplified by peer-to-peer networks, creates a global, trustless, and immutable hard drive. Arweave, a leader in this space, offers cost-efficient solutions ensuring permanence, immutability, and censorship resistance, essential for the growing needs of NFTs and dApps.

Explore Arweave AO, a groundbreaking decentralized computing platform built on Arweave's permanent data storage technology. AO uses an Actor-Oriented computing structure, creating a highly concurrent, fault-tolerant system ideal for complex AI applications. Its unique tokenomics include a four-year halving mechanism to maintain AO token scarcity, while interactions with AR token holders boost network security and liquidity. Arweave AO shows promise in decentralized applications, showcasing EverPay's cross-chain payment protocol and Permaswap's decentralized trading. It sets itself apart from rivals like Filecoin and IPFS, paving the way for Web3's computational future.

This article introduces the AO project, a decentralized computing system based on the Arweave platform, designed to support high-concurrency computing tasks, particularly suited for big data and AI applications. AO employs a clever DeFi economic model that allows users to mine with cross-chain assets such as stETH or DAI to earn high returns, while integrating a fair token distribution mechanism.

This article explores the limitations of DeFi and the emerging concept of AgentFi, which leverages the AO (Actor Oriented) overcomputing platform. Through decentralized computation and self-hosted agent processes, AgentFi enables users to customize their financial behaviors, offering near-infinite scalability and overcoming the performance constraints of traditional blockchains.

With the continuous development of blockchain research, although most blockchains still follow the traditional block + chain structure, some blockchains designed with first principles have also emerged. First-principle thinking starts from the most basic conditions, analyzes the components of concepts, and seeks the optimal path to achieve goals. In the field of blockchain, the first principle is considered a new accounting method, which starts from the most fundamental decentralized accounting method and has a unique data structure and consensus. For example, the two different blockchain designs of Sui and Arweave AO. Sui is an object-oriented data model centered on "faster accounting services", while Arweave AO is essentially a decentralized computing system, or a decentralized cloud service, which is the infrastructure for running accounting services.

Decentralized cloud services have always been one of the most important applications of blockchain. Web3 + cloud services are not only a very good narrative direction, but also very easy to combine with AI to further enhance the imagination. DFINITY IC has great technical challenges in achieving real-time consensus calculations in a purely asynchronous environment such as cloud services. Arweave AO breaks the shackles of the blockchain and does not deal with the calculation itself and the achievement of consensus. Instead, it employs an economic model and lazy verification to guarantee the accuracy of computation results, offering a novel approach to decentralized computing.