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4CHAN is a meme token based on blockchain technology, inspired by the globally renowned anonymous forum 4chan. The 4chan forum was established in 2003 and is known for its completely anonymous, registration-free, and nearly uncensored interactive approach. It is the birthplace of many internet memes, such as Pepe the Frog and Rickroll.

($4EVER) 4EVERLAND is revolutionizing cloud computing by integrating storage, networking, and computational capabilities to create a seamless Web3 infrastructure.

This article interprets three innovative features of UniswapV4 - Flash Accounting, Singleton Contract, and Hooks Architecture - from a code and implementation perspective.

4CHAN Token is an emerging MEME token belonging to the 4CHAN project, aiming to create a new ecosystem through decentralized community-driven approach, combining internet culture and popular trends. This article will introduce the project background, token economic model, popular trends, advantages and risks of 4CHAN Token, helping readers to fully understand the core value and market potential of this project.

As a leading decentralized exchange, Uniswap is about to launch its fourth version (V4), bringing significant changes in liquidity provision and on-chain token trading. This article explores the new features, advantages, and disadvantages of Uniswap V3 and V4 and their impact on users. It provides a comprehensive analysis and comparison of Uniswap V3 and V4, helping users navigate the DeFi market seamlessly.

This article delves into the evolution of artificial intelligence (AI), with a particular focus on the application of intelligent agents in social, financial, and artistic domains, heralding the advent of the Web4 era. It examines how AI has progressed from simple chatbots to advanced agents capable of complex decision-making and innovation, showcasing their impact on decentralized finance platforms.

This article comprehensively discusses the security issues related to the Hook mechanism in Uniswap V4.

Uniswap v4 is here, offering simpler processes, lower costs, and more flexibility for DeFi users. This guide covers everything you need to know about the latest version of the decentralized exchange in 2025 and how it compares to previous versions.

4EVERLAND is a Web3 comprehensive cloud service provider that recently completed TGE, providing comprehensive development support from decentralized storage to AI RPC services. This article will provide an in-depth analysis of its core product matrix, business data, financing background and future development potential, and interpret the growth logic and opportunities of this Web3 cloud service platform for readers.

4EVERLAND is a Web3.0 cloud computing platform that combines storage, computing, and network capabilities through its dual-token system of $LAND and $4EVER. As a next-generation decentralized infrastructure provider, 4EVERLAND aims to reduce Web3 development barriers by offering one-stop services and integrating existing DePIN protocols for optimal resource usage. This article analyzes the 4EVERLAND project in depth, examining its team background, ecosystem products, economic model, aggregated mining features, and future plans to highlight the project's growth potential.

This paper explores the diversity and application scenarios of DeFi leverage through dYdX V4, analyzes code level vulnerabilities, and puts forward the key security points of the leverage protocol.

This article introduces four tools that can be used to analyze GameFi projects: DeGame focuses on P2E, Footprint Analytics provides more comprehensive and multi-dimensional data, DappRadar supports the most links but is more of a basic ranking, and GameFi.org is a platform for compiling user experience reviews.

As a leader in the decentralized finance (DeFi) lending sector, Aave has significantly surpassed its competitors in terms of asset utilization, market share, and trading volume. However, its leading position is not unassailable, as protocols like Radiant and Compound are demonstrating strong growth potential and introducing promising new versions. To consolidate its market position, Aave is strengthening its core lending business, advancing the development of GHO, integrating it deeply with Aave, establishing the Aave Network with the design of V4, and expanding its non-lending business ecosystem.

Aave V4’s preview outlines its upcoming updates, including unifying the liquidity layer to reduce liquidity dispersion, introducing a fully automatic interest rate adjustment mechanism, a liquidity premium mechanism to dynamically adjust borrowing rates, and launching smart account and treasury functions to improve user experience. , dynamic risk parameter configuration, excess debt protection mechanism, native integration with GHO stablecoin, and the planning of Aave Network. These updates aim to improve capital efficiency, risk management and user experience. At the same time, the proposal of Aave Network seems to have some stubbornness of old DeFi projects, and questions remain about its necessity and specific implementation plans.

This article explains the concept of the Hooks programming model, which allows developers to insert custom code into the execution path of the system, application or library through predefined functions or code blocks, improving the scalability and customizability of the program. Uniswap V4 introduces Hooks, through which functions such as dynamic fees, on-chain price limit orders, and time-weighted average market makers can be implemented, enhancing the functions of DApp and the network effect of Uniswap.