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#pump.fun##meme##4EVER# How 4EVERLAND IPFS Gateway Empowers Decentralized Platforms like Pump.fun Overview In the rapid development of decentralized finance (DeFi) and the meme sector, platforms like Pump.fun have attracted widespread attention by simplifying the token creation and trading process. As these platforms scale, ensuring decentralization, high availability, and security becomes crucial. This is where 4EVERLAND comes into play, providing cutting-edge infrastructure to support the development of the next generation of Web3 applications. This article discusses how 4EVERLAND's IPFS gateway supports the operation of Pump.fun and showcases the broader advantages of 4EVERLAND's decentralized network services, making it an irresistible choice for developers and projects worldwide. Who is Pump.fun? Pump.fun is a meme coin issuing platform based on the Solana blockchain, allowing users to easily create and trade tokens. With its fair issuance mechanism, the platform has become the preferred place for investment trading and community-driven token projects, attracting more and more users in the Web3 ecosystem. How does 4EVERLAND empower Pump.fun? 4EVERLAND can provide stable and reliable decentralized storage and gateway solutions for all token images issued by the Pump.fun platform. By storing meme token metadata on the InterPlanetary File System (IPFS), Pump.fun can seamlessly leverage the high-performance storage and efficient gateway services provided by 4EVERLAND. Here are the advantages that 4EVERLAND can bring to Pump.fun: Decentralized storage: Eliminates single points of failure, ensuring that platform assets remain accessible even when traditional servers encounter issues. Rapid Content Acquisition: Accelerate content distribution through global edge node caching, significantly enhancing the access experience for global users. Anti-censorship feature: The IPFS-based storage mechanism effectively prevents content from being taken down, perfectly aligning with the decentralized concept of Web3. Although the core functionality of Pump.fun is built on the Solana chain, its static assets (such as token images) are securely hosted through 4EVERLAND, which will provide: high platform availability: easily cope with business growth and unexpected challenges. Operating stability: It can maintain stable performance even in high concurrency scenarios. These advantages enable Pump.fun to become a stronger and more reliable platform, fully demonstrating the real value that 4EVERLAND brings to Web3 projects. The integration of Pump.fun with the 4EVERLAND IPFS gateway allows its digital assets to have the following core features: Tamper-proof storage: Content is permanently stored on the IPFS network, ensuring immutability. High availability guarantee: The distributed node architecture ensures service continuity and easily handles traffic peaks. Cost advantage: Compared to traditional centralized CDNs, it offers more competitive pricing plans. Global Acceleration: Achieving Ultra-Fast IPFS Data Retrieval and Global Access This integration solution perfectly illustrates how modern Web3 projects combine blockchain smart contracts with decentralized storage, ultimately providing users with a truly trustless experience. The exclusive IPFS gateway launched by 4EVERLAND is a revolutionary solution for projects that pursue speed and scalability. This service is designed for users who require higher retrieval speeds and frequent access, providing fast and reliable access to the content stored on the 4EVERLAND network. The most surprising thing is that 4EVERLAND is currently offering these exclusive gateway services for free! Users can enjoy faster transmission speeds and enhanced performance with no access restrictions, all without incurring additional costs. This makes it an ideal choice for developers, businesses, and platforms like Pump.fun, helping to optimize Web3 business operations. Core Advantages of IPFS Dedicated Gateway: • Globally Distributed Edge Nodes: Achieve rapid content distribution through globally distributed acceleration nodes • No Frequency Limit Access: Ensure service stability under high concurrency scenarios • Custom Domain Name Support: Personalized URL configuration enhances brand image and user trust. As Pump.fun continues to lead the meme space, the market's demand for powerful decentralized infrastructure is increasing day by day. 4EVERLAND's IPFS gateway has emerged, deeply integrating ultra-fast performance, reliable services, and Web3 concepts to create a revolutionary solution. Whether you want to issue meme tokens, build NFT projects, or develop fully functional decentralized applications (dApps), 4EVERLAND can provide strong support for your platform. Activate our free dedicated gateway service now to build future-oriented infrastructure for your project.

OverviewWhat is Pump.fun?How 4EVERLAND Empowers PumpfunIntegration with 4EVERLANDIPFS GatewayWhat is 4EVERLAND’s IPFS Dedicated Gateway?Key Benefits of the IPFS Dedicated GatewayConclusion

1. Overview of 4EVERLAND 1.1 Project Introduction 1.1.1 Market Background In recent years, the development of cloud computing technology has brought revolutionary changes to traditional IT infrastructure. Although centralized cloud computing still dominates, decentralized models are rapidly emerging to redefine industry rules in a more free, secure, and environmentally friendly way. Compared to traditional centralized models, decentralized cloud computing is becoming an important direction for future development due to its flexibility and privacy advantages. Decentralized cloud computing no longer relies on a single super server but instead distributes data across nodes located around the world, achieving flexibility in scaling and on-demand allocation, surpassing traditional cloud services in multiple aspects. As people's attention to the environmental impact of cryptocurrency systems continues to grow, the issues of proof of work (PoW) systems consuming large amounts of electricity and equipment are becoming increasingly prominent. It is expected that

4EVERLAND's Decentralization cloud platform: An important infrastructure in the Web3 industry In recent years, the development of cloud computing technology has revitalized traditional IT infrastructure. Centralized cloud computing once dominated the market, but the decentralized model is rapidly emerging, redefining industry rules in a more free, secure, and environmentally friendly manner. Compared to traditional centralized models, decentralized cloud computing, with its flexibility and privacy advantages, is becoming an important direction for future development. Decentralized cloud computing no longer relies on a single super server, but instead distributes data across nodes located around the world. This design allows for scalability at any time and resource allocation on demand, providing flexibility far beyond traditional cloud services. At the same time, as people's awareness of the environmental impact of cryptocurrency systems increases, the importance of decentralized solutions becomes more pronounced. It is expected that by 2025, data centers will account for 3% of global carbon emissions.

1. Overview of 4EVERLAND 1.1 Project Introduction 1.1.1 Market Background In recent years, the development of cloud computing technology has brought about tremendous changes to traditional IT infrastructure. Centralized cloud computing once dominated the market, but decentralized models are rapidly emerging, redefining industry rules in a more free, secure, and environmentally friendly way. Compared to traditional centralized models, decentralized cloud computing, with its flexibility and privacy advantages, is becoming the main direction for future development. The uniqueness of decentralized cloud computing lies in its distributed architecture. It no longer relies on a single super server, but instead disperses data across nodes located around the world. This design allows the system to scale at any time and allocate resources on demand, providing flexibility far beyond traditional cloud services. At the same time, people are increasingly concerned about the environmental impact of cryptocurrency systems. In particular, proof-of-work (PoW) systems consume