Flexible Deployment, Professional Support, Grow Together
Free TrialMatrixOne is a next-generation hyperconverged, heterogeneous, and cloud-native database management system. Its newly designed unified distributed database engine enables flexible support for diverse workloads such as OLTP, OLAP, and Streaming in data management and applications. Users can seamlessly deploy and run MatrixOne on public clouds, self-built database centers, and edge nodes
Transaction-supported data writes
Linearly scalable write throughput
Linearly scalable write throughput
Cold/hot data separation lowers costs
Comprehensive SQL capabilities
Optimized for both point queries and batch processing
Built-in streaming engine for seamless table access
Real-time data updates with instant visibility
Complete isolation of workloads and data between containers
Configurable data freshness to ensure TP/AP independence
Independent scaling for TP & AP workloads
On-demand resource allocation for different loads
Raft consensus protocol ensures high availability
Storage-compute separation enables elastic scaling
MySQL client & syntax support for easy migration
Compatibility with mainstream ORMs for low development barriers
Supports text, images, audio, video, and other multimodal data types, along with external file management. Enables unified storage and querying for structured and semi-structured data.
Built-in vector indexing and full-text search enable hybrid text-vector queries, delivering precise multimodal search capabilities for generative AI applications.
Supports Python UDFs and GPU acceleration, facilitating large model inference and RAG applications for efficient AI data processing.
Combines OLTP and OLAP capabilities with storage-compute separation, read-write splitting, and workload isolation to handle real-time queries and batch analytics.
Leverages cloud scalability with storage-compute separation and independent horizontal scaling. Adapts to public, private, and hybrid clouds, supporting standalone, containerized, and Kubernetes deployments for cross-cloud and edge-cloud scenarios.