Sockudo

Sockudo

High-performance Pusher alternative in Rust

7 followers

High-performance WebSocket server built in Rust. Drop-in replacement for Pusher with support for Redis, NATS, MySQL, DynamoDB. Real-time apps made fast, scalable & cost-effective. šŸš€
Sockudo gallery image
Free
Launch tags:API•Open Source•Developer Tools
Launch Team
Flowstep
Flowstep
Generate real UI in seconds
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Radu Mihai Diaconu
Maker
šŸ“Œ
We built Sockudo to solve the performance and cost challenges developers face with real-time applications. While existing solutions like Pusher are great, they can be expensive at scale and sometimes lack the performance needed for high-throughput applications. What makes Sockudo unique: šŸš€ Blazing Fast: Built in Rust for maximum performance - handles thousands of concurrent connections with minimal resources šŸ’° Cost Effective: Self-hosted solution that can save thousands compared to managed services at scale šŸ”§ Drop-in Compatible: Pusher-compatible API means you can migrate existing apps without changing client code šŸ—ļø Enterprise Ready: Multiple database backends (Redis, MySQL, DynamoDB) Horizontal scaling with Redis Cluster/NATS Built-in metrics, rate limiting, and webhooks SSL/TLS support ⚔ Developer Friendly: Simple JSON configuration Docker support Comprehensive logging and monitoring Multiple deployment options We're most proud of achieving Pusher compatibility while delivering significantly better performance. Our benchmarks show 5-10x better throughput compared to traditional WebSocket servers, making it perfect for gaming, trading platforms, chat applications, and IoT systems. What are you most excited to use Sockudo for? Would love to hear about your real-time application needs! šŸŽÆ Additional Details for Your Reference Key Features to Highlight: Multi-adapter support: Local, Redis, Redis Cluster, NATS Multiple databases: In-memory, MySQL, DynamoDB Advanced features: Rate limiting, caching, webhooks, SSL Monitoring: Prometheus metrics, health checks Scalability: Horizontal scaling capabilities Technical Differentiators: Written in Rust (memory safety + performance) Async/await architecture with Tokio WebSocket and HTTP API support Pusher Protocol compatibility Docker deployment ready Use Cases: Real-time chat applications Live dashboards and analytics Gaming backends IoT device communication Trading/financial applications Collaborative tools Competitive Advantages: Self-hosted (cost savings) Better performance than Node.js alternatives Drop-in Pusher replacement Enterprise features included Open source flexibility