web3-rpc-proxy

Web3-RPC-Proxy: The Ultimate Stability Guardian for Multi-Chain Applications In the Web3 world, multi-chain deployment has become the standard. However, the varying stability of RPCs across different blockchains poses a significant challenge for developers. As pioneers in the DeFi realm, the DODO team knows this all too well. Now, we're sharing our years of accumulated experience with you. Introducing Web3-RPC-Proxy: A proxy middleware designed for accessing EVM blockchains, supporting cluster deployment, and providing users with optimal, stable proxy access with the latest block height. 🚀 Core Features: - ⚡ High concurrency, fast access - 💫 Flexible multi-chain support - 🔍 Efficient endpoint selection - 👷 Distributed deployment support - 📈 Comprehensive reporting capabilities 🛠 Powerful Functionality: - Tenant isolation - Multi-bucket rate limiting - Request result caching and reuse - WSS endpoint configuration - Dynamic endpoint configuration updates - JSON-RPC API schema validation - Alternating retries across multiple endpoints - Prometheus metrics - Grafana monitoring reports 💡 Why Choose Web3-RPC-Proxy? 1. Open Source Transparency: Fully open-sourced on GitHub, welcoming community contributions 2. Easy Deployment: Supports Docker and Docker Compose for quick service launch 3. Highly Customizable: Easily adjust system settings via environment variables and configuration files 4. Comprehensive Monitoring: Integrated with Prometheus and Grafana for real-time system status insights 5. Community-Driven: Maintained by the DODO team, ensuring continuous updates and support Whether you're building a DEX, liquidity pool, or mining platform, Web3-RPC-Proxy meets your needs at different project stages. It's not just a tool; it's a powerful ally for Web3 developers. Ready to revolutionize your multi-chain application experience? Visit our GitHub repository and start using Web3-RPC-Proxy today! 🔗 GitHub: https://github.com/DODOEX/web3-r... Crafted with dedication by the DODO team, born to enhance stability and efficiency in the Web3 ecosystem.