"WORM"

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Worm.fun (WOME) is a PVP gaming platform based on Meme on the Solana network. It combines the classic gameplay of Agar.io with cryptocurrency betting mechanisms, providing players with a unique way of entertainment and profit.

With more sophisticated and advanced social engineering methods on the rise, used to scam and loot from a handful of Web3 users, necessary control measures to mitigate losses or fall victim to these criminals become very important.

This article offers a comprehensive overview of AI Agents, examining their development stages and integration with cryptocurrency. It compares AI Agents with traditional large language models, highlighting their key advantages and unique features in decentralization, incentive mechanisms, and sustainability. The article traces the evolution from infrastructure to real-world applications, and presents an overview of leading AI Agent projects and framework standards. Readers will gain a clear understanding of the AI Agent landscape through this beginner-friendly guide.

This article delves into the current state and future of the decentralized science (DeSci) sector, with a particular focus on the launch of Pump.Science's new platform and its potential impact on the market. The article analyzes the background of Pump.Science and the operational mechanisms of the new platform, including its unique dynamic fee structure and presale strategy. These innovative initiatives may bring new vitality to the DeSci sector.

Decentralised Science is a new paradigm that promises to rebuild scientific research on stronger foundations. The current spotlight of DeSci projects focuses on pharmaceutical drugs, one of the low-hanging fruits for improving the most important resource for humanity - our health.

Explore Pump Science, a blockchain-based platform transforming research funding with tokens, decentralized experiments, real-time data, and a visionary roadmap.

This article introduces Wormhole, a decentralized universal cross-chain information transmission protocol that allows assets and information to be transferred between different blockchain networks.

This article explores the potential development of the DeSci (Decentralized Science) field, particularly focusing on how the BIO Protocol is driving a new model for biomedical data sharing through blockchain technology. It promotes the fair distribution of global research resources, with an emphasis on the profound impact of DeSci on medical data management, especially in terms of enhancing research efficiency and protecting intellectual property. The article also discusses the challenges in this field and the future directions of its development.

Axelar is a cross-chain interoperability project that proposes the concept of interchain to provide a unified development environment for Web3 applications. With a team boasting academic backgrounds and development capabilities, it has raised a total of $113.8 million in funding, with investments from prominent institutions. Axelar is connected to 60 chains with over 600 collaborative projects. The AXL token functions in consensus, governance, development, and payments. Axelar's cross-chain solution adopts a "trinity" architecture, ensuring security and scalability. Future plans include the launch of Axelar Virtual Machine and development tools for deploying cross-chain smart contracts. While Axelar demonstrates competitive advantages compared to its counterparts, risks should still be considered.

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.