realtime

Real-time features can be implemented using Server-Sent Events (SSE) for one-way live updates and WebSockets via Socket.IO for bidirectional communication, ensuring users receive instant notifications and seamless interaction.

Scaling WebSockets across multiple server instances requires using Redis Pub/Sub for multi-server synchronization, which manages real-time connections and broadcasts messages effectively to maintain a fault-tolerant architecture.

Server-Sent Events (SSE) are ideal for pushing live data from server to client, while WebSockets are necessary for bidirectional real-time communication like chat, gaming, or collaborative editing.

Yes, you can leverage Supabase Realtime for Change Data Capture (CDC) to sync database changes to clients instantly, ensuring live updates without polling the database continuously.

Robust real-time communication requires implementing automatic reconnection with exponential backoff, which provides stable connections and effective connection management strategies during network disruptions.

Yes, this approach satisfies requirements for scalable, fault-tolerant real-time communication by providing established patterns for connection management, message broadcasting, and multi-server synchronization using Redis.