Simple, Fast, Elastic Data Management
The Couchbase Product Family supports your interactive applications from the datacenter down to handheld devices. Apache CouchDB document database technology is at the heart of our product line. Membase Server, with its integrated memcached caching technology, adds technology enabling dynamic cluster elasticity and sustained low-latency, high-throughput data operations. Couchbase becomes the only document database capable of safely storing your data whether stored on a single server, or spread across hundreds.

Membase Server
Membase Server is a distributed key-value NoSQL database optimized for the data management needs of interactive web applications. Its API is a superset of memcached, the most widely deployed distributed key-value caching technology for web applications. But Membase goes well beyond in-memory-only caching to scale out and support live cluster topology changes while continuing to service data operations without performance degradation. Bottom line: It’s ultra fast and absolutely consistent. No wonder it has become the most popular choice for ops teams looking for a practical approach to NoSQL adoption. Learn more.
Couchbase Single Server
Couchbase Single Server is the most advanced document database technology available today. It is powered by Apache CouchDB and boasts advanced NoSQL capabilities, like the ability to execute complex queries, maintain indices and store data with ACID transaction semantics. The quick version: Couchbase Single Server provides you an exceptionally flexible data management platform, with rich data management operations that developers demand. Learn more.
Couchbase Mobile
Couchbase Mobile allows developers to write web applications one time, synchronize multiple copies and share data and applications across any computing platform or mobile device. Easy to download and get started, mobile app data is automatically and seamlessly synchronized with a Couchbase database in the cloud or data center. Your users won’t be stymied by latency and network reliability barriers any longer . Learn more.