AntidoteDB

Paid APILinuxSelf-hosted

What AntidoteDB is

AntidoteDB is a free, open-source, self-hosted key-value database for highly available, geo-replicated workloads. It uses synchronization-free execution and replicated data types (CRDTs) to handle concurrent updates and partial failures. The documented types include counters, sets, registers, maps, and replicated growable arrays. AntidoteDB is designed to run across servers worldwide and continue operating through failures or network partitions. Its transactions are described as strongly consistent within a data center while supporting geo-replicated deployments. Static transactions can atomically update multiple objects or read multiple objects from a consistent snapshot, but cannot read and update in the same transaction. Deployment documentation uses Docker and shows two single-node data centers. A native Erlang API is available through RPC, while a more restricted Protocol Buffer interface supports client applications. Client repositories are listed for Erlang, Java, JavaScript, Go, Python, and REST. It supports disk persistence, clustering, and multi-region deployment, and its repository is Apache-2.0 licensed.

Who it suits

AntidoteDB suits developers and researchers needing a self-hosted, multi-region database with CRDT-based concurrency. Its documentation provides quickstarts, deployment, architecture, client, benchmarking, and tooling guidance.

What it does well

Free and open-source
CRDTs support concurrent updates
Multi-region and clustering support
Disk persistence
Clients for several languages

What to know first

Static transactions cannot read and update together
Protocol Buffer interface is restricted
Self-hosted deployment required

Limits

Static transactions can atomically update multiple objects or read multiple objects from a consistent snapshot, but cannot perform reads and updates in the same transaction. The Protocol Buffer interface is more restricted than the native Erlang API.

Getting started

Open the AntidoteDB website or repository
Use Docker to run AntidoteDB nodes
Connect nodes as single-node data centers
Choose the Erlang RPC or Protocol Buffer interface
Use a listed Erlang, Java, JavaScript, Go, Python, or REST client

Verdict

AntidoteDB combines geo-replication, high availability, and CRDT data types in a self-hosted database. Review its transaction constraint and preferred client interface before adopting it.

Questions

Is AntidoteDB free?

Yes. AntidoteDB is free and open source, with an Apache-2.0 license.

How is AntidoteDB deployed?

It is self-hosted. The quickstart runs nodes with Docker and connects two single-node data centers.

Which interfaces and protocols are supported?

Supported protocols are Erlang RPC, Protocol Buffers, and REST. Client repositories are listed for Erlang, Java, JavaScript, Go, Python, and REST.

Which data types does it provide?

Documented CRDTs include counters, sets, registers, maps, and replicated growable arrays.

Does it support multi-region operation?

Yes. AntidoteDB is designed for geo-replication across worldwide locations and supports multi-region deployment.

Facts from AntidoteDB's own pages

Client APIs: The documentation describes a native Erlang API and a more restricted Protocol Buffer interface for client applications. · antidotedb.gitbook.io, 9 Oct 2026
Client interfaces: The project lists Erlang, Java, JavaScript, Go, Python, and REST client repositories for its Protocol Buffer API. · github.com, 10 Oct 2026
CRDTs: Its replicated data types are designed to handle concurrent updates and partial failures. · antidotedb.eu, 10 Oct 2026
Database: AntidoteDB describes itself as a planet scale, highly available, transactional database. · antidotedb.eu, 9 Oct 2026
Data types: The native API documentation lists counters, sets, registers, maps, and replicated growable arrays among supported CRDTs. · antidotedb.gitbook.io, 9 Oct 2026
Deployment: The project documents native, Docker, Docker Compose, Docker Swarm, and Kubernetes deployment options. · github.com, 10 Oct 2026
Execution model: Its operations are based on synchronization-free execution. · antidotedb.eu, 9 Oct 2026
Geo-replication: It is designed to run across servers in locations worldwide and continue functioning through failures or network partitions. · antidotedb.eu, 10 Oct 2026
Intended users: The documentation directs users to quickstarts, clients, deployment, and architecture, and directs researchers to benchmarking and tools. · antidotedb.gitbook.io, 10 Oct 2026
Java client: The Java tutorial demonstrates a collaborative todo-list application with concurrent updates on two AntidoteDB nodes. · antidotedb.gitbook.io, 9 Oct 2026
License: The AntidoteDB repository identifies its license as Apache-2.0. · github.com, 10 Oct 2026
Native API: The native Erlang API can be invoked through RPC; the documentation describes the Protocol Buffer interface as a more convenient but restricted client option. · antidotedb.gitbook.io, 10 Oct 2026
Product: AntidoteDB is a highly available, geo-replicated key-value database built on CRDT technology. · github.com, 10 Oct 2026
Project audience: The documentation points users to quickstart, clients, deployment, and architecture sections, and directs researchers to benchmarking and tools. · antidotedb.gitbook.io, 9 Oct 2026
Support: The documentation invites users to join its Slack channel and contact [email protected] for an account. · antidotedb.gitbook.io, 10 Oct 2026
Transactions: Its highly available transactions provide strong consistency within a data center and are designed to perform in geo-replicated deployments. · antidotedb.eu, 10 Oct 2026
Transactions limit: For static transactions, the documentation says a client can atomically update multiple objects or read multiple objects from a consistent snapshot, but cannot read and update in the same transaction. · antidotedb.gitbook.io, 9 Oct 2026

Where AntidoteDB stands on Freedom251

Key-Value Databases#25 of 31