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The ENA Airdrop Season 3 event has started, and participants can choose to lock or stake USD with ENA to earn points and returns. In Season 2, users received stable returns, but market downturns affected asset values. The Season 3 event lasts for 6 months, and old users are advised to adjust their participation methods to enhance points.

The ENA Airdrop event has entered its third season, and the earnings from the second season can be checked. Users need to confirm their eligibility on the official website. In the new rules, the option to lock ENA has been removed and changed to Stake ENA, allowing participants to enjoy a 10% points bonus. The event will continue for six months to attract new users and recommend following other potential Airdrop projects.

The combination of Web3 social and GameFi fields shows great potential. Decentralization in social media gives users data sovereignty, while games serve as a driving force in social scenarios, facilitating the emergence of various innovative forms. In the future, this combination is expected to break through traffic bottlenecks and create a brand new social experience.

CARV is building a Web3 gaming data infrastructure platform that allows players to earn Token rewards by sharing game data. Users need to mint a CARV ID and bind their social and gaming accounts, participate in Mining, and complete tasks to earn rewards, while also supporting a voting mechanism for gaming projects. The platform provides new value creation and promotion avenues for players and developers, indicating a vast prospect in the Web3 gaming field.

The Integration of AI and DePIN: The Rise of Distributed GPU Networks Since 2023, AI and DePIN have become hot trends in the Web3 space, with market values reaching $30 billion and $23 billion respectively. This article focuses on the intersection of the two and explores the development of this emerging field. In the AI technology stack, the DePIN network empowers AI by providing computing resources. The demand for GPUs by large tech companies has led to a shortage in supply, making it difficult for other developers to access sufficient resources to train their own models. Traditional centralized cloud services often require signing inflexible long-term contracts, resulting in inefficiencies. The DePIN network offers a more flexible and cost-effective alternative by pooling decentralized GPU resources through token incentives, providing users with a unified supply. This not only allows developers to access customizable computing power on demand but also creates additional revenue for GPU idle users. AI DeP