An open-source NoSQL database built for realtime web applications with automatic push updates.
RethinkDB is an open-source, distributed NoSQL database specifically designed for building realtime web applications. It stores schemaless JSON documents and introduces a revolutionary access model where the database continuously pushes updated query results to applications without requiring polling. This solves the fundamental problem of keeping client applications synchronized with database changes in realtime.
Developers building realtime web applications that require instant data synchronization, such as collaborative tools, live dashboards, multiplayer games, and IoT platforms. Teams needing scalable, fault-tolerant databases with built-in realtime capabilities.
RethinkDB eliminates the complexity of implementing realtime features by providing changefeeds—built-in data streams that automatically notify applications of database changes. Unlike traditional databases that require polling, RethinkDB pushes updates to clients, reducing latency, server load, and development time for realtime applications.
The open-source database for the realtime web.
Open-Awesome is built by the community, for the community. Submit a project, suggest an awesome list, or help improve the catalog on GitHub.
Eliminates polling by continuously pushing updated query results via changefeeds, enabling instant data synchronization as highlighted in the README's core value proposition.
Easily scales across multiple nodes with automatic sharding and replication, making it suitable for high-growth realtime applications as described in the key features.
Provides automatic failover and robust fault tolerance for mission-critical apps, ensuring reliability without manual intervention per the README.
Schemaless JSON documents adapt to changing requirements, allowing dynamic data structures without predefined schemas, as noted in the features.
Building from source requires installing multiple dependencies like Protocol Buffers and jemalloc, with detailed steps in the BUILD section, which can be daunting for quick deployment.
Fewer cloud-managed options compared to databases like MongoDB, increasing operational overhead for teams preferring managed services.
While community drivers exist, the ecosystem is less extensive than established NoSQL databases, potentially limiting third-party tools and integrations.