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Written in Rust for memory safety guarantees with performance equivalent to C/C++, trusted by security-critical industries.
Process data on-site, in-browser via WebAssembly, or across remote environments. Ideal for IoT-driven energy grids, smart factories, and field-deployed systems.
Native vector search for embedding-based retrieval combined with knowledge graphs for representing complex entity relationships.
Run as a cloud service, self-hosted, embedded, or in-browser. Perfect for offline-capable control systems and mobile maintenance apps.
SEE IT IN ACTION
Use time-series queries to monitor equipment telemetry and flag deviations before they cause failures.
USE CASES
ML models for equipment wear prediction and fault detection, integrated directly in edge-based instances.
Optimise renewable generation assets via embedded AI logic and vector search for real-time grid optimisation.
Model assembly lines using graph and time-series data for comprehensive operational visibility.
Native graph engine for supply chain traceability and root-cause analysis in manufacturing.
Anomaly detection in energy infrastructure and fraud detection in smart metering systems.
Longitudinal data analysis and compliance audits with historical querying for trading systems and risk assessments.
TRUSTED BY
Samsung uses SurrealDB to power knowledge graphs for real-time audience insights and ad targeting in its ad division.
Learn moreTencent uses SurrealDB to consolidate nine backend tools into one real-time monitoring platform.
Learn moreWHY SURREALDB
Scale to petabytes of sensor, operational, and telemetry data without manual sharding across plants and distributed control units.
Bridge transactional workloads and backend-as-a-service use cases with AI pipelines for real-time inference at the data layer.
Complex, multi-relational data modelling for supply chain visibility, cybersecurity risk, and compliance tracing.
Time-series ingestion from IoT sensors, market feeds, and SCADA systems with historical time-travel queries for rollback analysis.
Minimal operational complexity for both private sector modernisation and public sector digital transformation.