Overview | Tarantool


Tarantool combines an in-memory DBMS and a Lua server in a single platform providing ACID-compliant storage. It comes in two editions: Community and Enterprise. The use cases for Tarantool vary from ultra-fast cache to product data marts and smart queue services.

Here are some of Tarantool’s key characteristics:

Tarantool allows executing code alongside data, which helps increase the speed of operations. Developers can implement any business logic with Lua, and a single Tarantool instance can also receive SQL requests.

Tarantool has a variety of compatible modules (Lua rocks). You can pick the ones that you need and install them manually.

Tarantool runs on Linux (x86_64, aarch64), Mac OS X (x86_64, M1), and FreeBSD (x86_64).

You can use Tarantool with a programming language you’re familiar with. For this purpose, a number of connectors are provided.

Tarantool comes in two editions: the open-source Community Edition (CE) and the commercial Enterprise Edition (EE).

Tarantool Community Edition lets you develop applications and speed up a system in operation. It features synchronous replication, affords easy scalability, and includes tools to develop efficient applications. The Tarantool community helps with any practical questions regarding the Community Edition.

Tarantool Enterprise Edition provides advanced tools for administration, deployment, and security management, along with premium support services. This edition includes all the Community Edition features and is more predictable in terms of solution cost and maintenance. The Enterprise Edition is shipped as an SDK and includes a number of closed-source modules. See the Tarantool Enterprise Edition documentation.

  • Primary storage
    • No secondary storage required
  • Tolerance to high write loads
  • Support of relational approaches
  • Composite secondary indexes
    • Data access, data slices
  • Predictable request latency

  • Write-behind caching
  • Secondary index support
  • Complex invalidation algorithm support

  • Support of various identification techniques
  • Advanced task lifecycle management
    • Task scheduling
    • Archiving of completed tasks

  • Arbitrary data flows from many sources
  • Incoming data processing
  • Storage
  • Background cycle processing
    • Scheduling support
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