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- General
- Installation & Setup
- Performance
- Features & Capabilities
- Development
- Troubleshooting
- Licensing
ThemisDB is a high-performance multi-model database that combines relational, graph, vector, and document models in a single system with full ACID transaction support. It's built on RocksDB for reliability and includes optional native LLM integration.
ThemisDB uniquely combines:
- Multiple data models (relational, graph, vector, document) in one unified system
- Full ACID transactions with MVCC
- Optional native LLM integration (llama.cpp)
- GPU-accelerated vector search
- Production-ready performance (45K writes/s, 120K reads/s)
- Minimal Edition: Embedded systems, IoT, edge devices (core database only)
- Community Edition: Development, startups, single-server deployments (full-featured)
- Enterprise Edition: Large-scale production with horizontal scaling, HA, and replication
Yes! The Community Edition is production-ready for single-node deployments. The Enterprise Edition adds horizontal scaling and high availability for large-scale production environments.
Minimum:
- CPU: 2 cores
- RAM: 4 GB
- Storage: 10 GB SSD
- OS: Linux (Ubuntu 20.04+), macOS (10.15+), Windows (10+)
Recommended:
- CPU: 8+ cores
- RAM: 16+ GB
- Storage: 100+ GB NVMe SSD
- OS: Linux (Ubuntu 22.04+)
Docker (Recommended):
docker pull themisdb/themisdb:latest
docker run -d -p 8080:8080 -v themis_data:/data themisdb/themisdb:latestFrom Source:
git clone https://github.com/makr-code/ThemisDB.git
cd ThemisDB
./scripts/setup.sh
./scripts/build.sh
./build/themis_server --config config.yamlSee the Quick Start guide for more options.
-
8080: HTTP/REST API, GraphQL -
18765: Binary Wire Protocol, gRPC -
4318: OpenTelemetry/Prometheus metrics
See docs/de/deployment/PORT_REFERENCE.md for complete details.
Yes! ThemisDB supports ARM64 architecture including Apple Silicon (M1/M2/M3). Use the appropriate build configuration or Docker image for your platform.
- Backup your data directory
- Stop the current server
- Install the new version
- Start the server with the same data directory
ThemisDB handles data migration automatically when needed.
Typical performance (release build, 20 cores @ 3.7 GHz):
- Entity PUT: 45,000 ops/s
- Entity GET: 120,000 ops/s
- Indexed Query: 3.4M queries/s
- Graph Traverse: 9.56M ops/s
- Vector Search: 59.7M queries/s
Actual performance varies based on hardware, data size, and workload complexity.
- Use SSDs (preferably NVMe) for storage
- Allocate sufficient memory (recommend 16+ GB)
- Enable appropriate indexes for your query patterns
- Use GPU acceleration for vector search (if available)
- Tune RocksDB settings in configuration
See docs/de/performance/performance_memory.md for detailed tuning.
Yes! ThemisDB supports GPU acceleration for:
- Vector similarity search (CUDA-enabled GPUs)
- Some LLM operations (when LLM feature is enabled)
GPU support is optional and automatically detected at runtime.
Memory requirements depend on:
- Base system: 2-4 GB
- Data working set: 1-2x your active dataset size for optimal performance
- Index structures: Varies by index type and data size
- LLM (optional): 4-16 GB depending on model size
For production, we recommend 16+ GB RAM.
ThemisDB uses AQL (Advanced Query Language), which supports:
- SQL-like syntax for relational operations
- Graph traversal operations (BFS, Dijkstra, A*)
- Vector similarity search
- Document operations with JSON
See docs/de/aql/aql_syntax.md for syntax reference.
Yes! ThemisDB provides:
- Full ACID guarantees
- Snapshot isolation (MVCC)
- Write-write conflict detection
- Atomic updates across all index types
Yes! ThemisDB's unified storage engine allows you to combine relational, graph, vector, and document operations in a single ACID transaction.
ThemisDB supports:
- HNSW (Hierarchical Navigable Small World): Fast approximate nearest neighbor search
- FAISS: GPU-accelerated similarity search
- Multiple distance metrics: Euclidean, Cosine, Inner Product
Yes! ThemisDB includes full-text search capabilities with support for:
- Tokenization and stemming
- Boolean operators
- Phrase matching
- Relevance scoring
ThemisDB includes:
- TLS 1.3 with mutual TLS (mTLS) support
- Role-Based Access Control (RBAC)
- Field-level encryption (AES-256-GCM)
- Audit logging with SIEM integration
- Input validation and SQL injection prevention
See docs/de/security/security_implementation.md for details.
ThemisDB provides:
- REST API: Any language with HTTP support
- GraphQL: Any GraphQL client
- gRPC: Multiple language bindings
- Native SDKs: C++, Python, JavaScript, Go, Java
See clients/README.md for SDK details.
We welcome contributions! Please:
- Read the Contributing Guide
- Check Good First Issues
- Follow our Code of Conduct
- Submit a pull request
- REST API: docs/api/API_REFERENCE.md
-
GraphQL Schema: Available at
/graphqlendpoint -
gRPC: Protocol buffers in
proto/directory - Full Documentation: https://makr-code.github.io/ThemisDB/
# Run all tests
cmake --build build --target test
# Run specific test suite
./build/tests/themis_tests --gtest_filter=VectorIndex*
# Run benchmarks
./build/benchmarks/themis_benchmarksThemisDB uses CMake as the primary build system with support for:
- Make (Unix/Linux)
- Ninja (all platforms)
- MSBuild (Windows)
- Xcode (macOS)
- Check if ports 8080 or 18765 are already in use
- Verify configuration file syntax (
config.yaml) - Check disk space (need at least 1 GB free)
- Review logs in
logs/directory - Ensure proper file permissions on data directory
Edit config.yaml:
logging:
level: debug
file: logs/themis.logOr set environment variable:
export THEMIS_LOG_LEVEL=debug- Increase system RAM or reduce memory limits in config
- Reduce RocksDB block cache size
- Disable LLM features if not needed
- Use the Minimal Edition for lower memory usage
- Check for memory leaks (enable memory profiling)
- Ensure proper index type (HNSW recommended)
- Enable GPU acceleration if available
- Tune HNSW parameters (M, ef_construction)
- Consider reducing vector dimensions
- Check if CPU is bottleneck (add more cores)
Online backup (recommended):
curl -X POST http://localhost:8080/admin/backupOffline backup:
- Stop ThemisDB server
- Copy the entire data directory
- Restart server
See docs/de/guides/guides_deployment.md for details.
- Documentation: https://makr-code.github.io/ThemisDB/
- GitHub Issues: Report bugs or request features
- GitHub Discussions: Community Q&A
- Support Guide: SUPPORT.md
- Community Edition: MIT License (free, open source)
- Enterprise Edition: Commercial license
See LICENSE for details.
Yes! The Community Edition (MIT License) allows commercial use, modification, and distribution. The Enterprise Edition is available for large-scale deployments requiring additional features.
| Feature | Community | Enterprise |
|---|---|---|
| Core Database | β | β |
| Single-Node | β | β |
| Horizontal Sharding | β | β |
| High Availability | β | β |
| Auto-Rebalancing | β | β |
| Multi-Region | β | β |
| Support SLA | β | β |
See docs/reports/ENTERPRISE.md for Enterprise details.
Contact us at: sales@themisdb.com
- π Full Documentation
- π Quick Start Guide
- π Examples & Tutorials
- π€ Contributing Guide
- π Security Policy
- π¬ GitHub Discussions
Didn't find your answer? Ask a question in GitHub Discussions
ThemisDB 1.9.0-beta Β· Home Β· Module-Index Β· GitHub Β· Issues
ThemisDB 1.9.0-beta Β· Home Β· Wiki-Index Β· Module-Index Β· FAQ Β· Quick-Reference Β· GitHub Β· Issues Β· Discussions Β· License
- Batch Operations
- Best Practices
- CRUD Tutorial
- Custom Document Ingestion
- Getting Started Tutorial
- Interactive Examples
- Schema Design
- Video Tutorials
- AQL Reference
- AQL Examples
- AQL Overview
- AQL Feature Roadmap
- AQL Geospatial Guide
- AQL LLM Migration Guide
- AQL API
- AQL Grammar (EBNF)
- AQL Root Overview
- AQL Examples (root)
- API Reference
- API Module README
- OpenAPI Overview
- Client SDK Overview
- SDK Overview
- Operations
- Operations Overview
- Operations Runbook
- Operations Handbook
- ThemisCtl Admin Guide
- Pipeline E2E SOPs
- Deploy Overview
- Docker Overview
- Docker Hub README
- Helm Overview
- Packaging Overview
- Operator Overview
- Security Policy
- Production Hardening Checklist
- Security Hardening Guide
- Encryption Key Management
- Access Control Framework
- Zero Trust Policy
- API Authentication & Authorization
- HSM Production Setup
- PKCS11 Integration
- DSGVO / SOC2 Checklist
- Access Model Runbooks
- Access Model Dashboard
- Maturity Automation Runbook
- Access Review Automation
- Access Model Dashboard
- Access Model Runbooks
- Rights Revocation
- Dr Checklists
- Dr Testing
- Incident Response Playbook
- Incident Response Testing
- GPU Oom Recovery
- Grammar Debugging
- Metrics Scrape Troubleshooting
- Model Swap Procedure
- Quota Tuning
- Subagent Deployment
- Logging Configuration
- Content Model
- Crypto & Keys
- Feature Flags Reference
- Modular Architecture Roadmap
- Modularization Guide
- Module Architecture Index
- PostgreSQL Wire Protocol
- Query Scheduling
- Raft Consensus Design
- Resource Pooling
- Source Directory Guide
- Unified Access Model
- E1 001 Layered Retrieval Design
- E1 002 Ann Abstraction Strategy
- E1 003 Tensor Summary Types
- E1 004 Lora Package Distinction
- E1 005 Model Switch Compatibility
- E1 006 Federated Tensor Summaries
- E2 001 Evaluation Framework Design
- E2 002 Hardware Profile Strategy
- E2 003 Query Planner Routing Model
- E2 004 Approximation Governance Rules
- E2 005 Cross Layer Fallback Confidence Policy
- E3 001 Distributed Tensor Design
- E3 002 Manifest Coordination Strategy
- E3 003 Recovery And Erasure Choice
- E3 004 Tensor Fabric Infrastructure
- Contributing
- Contributing (root)
- Code of Conduct
- Support
- Maintainers
- CTest Guide
- Build Quick Reference
- Developer Wiki Index
- Build / Test / CI
- Module Index
- Branching Strategy
- Disabled Stub Policy
- Docs PR Policy
- GA Promotion Sign Off
- Github Milestones Setup
- Maturity Claim Verification Checklist
- Maturity Evidence Registry
- Merge Gate Bot Config
- Merge Gate Status Live
- Phase 1 Closure Report
- Phase Closure Policy
- Phase Dependency Graph
- Phase3 Enforcement Runbook
- Plugin Submodule Rollback
- PR Version Targeting
- PR Version Targeting Backfill
- Production Ready 2026 Delivery Plan
- Query Module Status
- Readme
- Release Promotion Gate Policy
- Release Validation Checklist
- Security Module 5671 Evidence Summary
- Sharding P6 Residual Risk Acceptance
- Sourcecode Compliance Governance
- Updates Development Status Sign Off
- Wave C Implementation Complete
- Blob Storage
- Cuda
- Ethics Ai
- Exporters
- Huggingface
- Image Analysis
- Importers
- RPC
- Scraper
- Themisdb Ai Watermark Detector
- User Storage Encrypted
- Chimera Architecture
- Chimera Future
- Chimera Readme
- Chimera Roadmap
- Covina Fastapi Ingestion Architecture
- Covina Fastapi Ingestion Future
- Covina Fastapi Ingestion Roadmap
- Vcc Base Architecture
- Vcc Base Future
- Vcc Base Roadmap
- Vcc Clara Ingestion Architecture
- Vcc Clara Ingestion Future
- Vcc Clara Ingestion Roadmap
- Vcc Veritas Architecture
- Vcc Veritas Future
- Vcc Veritas Roadmap
- 01 Hello World
- 02 Todo App
- 03 Contact Manager
- 04 Inventory System
- 05 Time Series Monitor
- 06 Graph Social Network
- 07 Vector Search Documents
- 08 Dms Erp System
- 09 Iot Sensor Network
- 10 Drone Image Analysis
- 11 Blog Wiki
- 12 Expense Tracker
- 13 Recipe Manager
- 14 Ecommerce Catalog
- 15 Event Management
- 16 Kanban Board
- 17 Crm
- 18 Realtime Chat
- 19 Recommendation Engine
- 20 Smart Home
- 21 Coding Platform
- 22 AQL Diagram Tool
- 23 Traveling Salesman
- 24 Moral Philosophy Debates
- API Versioning
- Distributed Sharding
- Feedback Plugins
- Geo
- Gnn
- Image Analysis
- Legal Lora Training
- LLM
- Lora Sync
- Migration
- Nlp
- Performance
- Railway
- Replication
- Rope Visualization
- Sample Product Config
- Security
- Client SDK Overview
- Quickstart
- Sdk Enhancements
- Sdk Implementation Summary
- Test Suite Readme
- Go
- Java
- Javascript
- Php
- Python
- Ruby
- Rust
- Typescript
- 01 Grundlegende Operationen
- 02 AQL Queries
- 03 Graph Daten
- 04 Multimodell Anwendung
- 01 Quickstart Guide
- 02 AQL Referenz Kurzuebersicht
- 03 Datenmodellierung Guide
- 04 Uebungsaufgaben
- 05 Best Practices Guide
- Training Documents
- Training Overview
- 01 Einfuehrung Und Uebersicht
- 02 Datenmodelle Und Architektur
- 03 AQL Abfragesprache
- 04 Installation Und Setup
- 05 Anwendungsbeispiele
- Training Presentations
- Dependencies Readme
- Processmonitor Readme
- Themis.admintools.shared Readme
- Themis.aqlquerybuilder Readme
- Themis.aqlquerybuilder Roadmap
- Themis.auditlogviewer Readme
- Themis.auditlogviewer Roadmap
- Themis.classificationdashboard Readme
- Themis.classificationdashboard Roadmap
- Themis.compliancereports Readme
- Themis.compliancereports Roadmap
- Themis.gisviewer.controlpanel Readme
- Themis.gisviewer.controlpanel Roadmap
- Themis.impactanalysisviewer Readme
- Themis.impactanalysisviewer Roadmap
- Themis.ingestiontool Readme
- Themis.ingestiontool Roadmap
- Themis.keyrotationdashboard Readme
- Themis.keyrotationdashboard Roadmap
- Themis.piimanager Readme
- Themis.piimanager Roadmap
- Themis.retentionmanager Readme
- Themis.retentionmanager Roadmap
- Themis.sagaverifier Readme
- Themis.sagaverifier Roadmap
- Themis.usbadmintool Readme
- Themis.usbadmintool Roadmap
- CI Readme
- CI Roadmap
- Compiler Diagnostics Readme
- Compiler Diagnostics Roadmap
- Completion Readme
- Copilot Ollama Router Readme
- Copilot Ollama Router Roadmap
- Gnn Readme
- Gnn Roadmap
- Rope Visualizer Readme
- Rope Visualizer Roadmap
- Tco Calculator Readme
- Tco Calculator Roadmap
- Tests Readme
- Tests Roadmap
- Themis Config Wx Readme
- Themis Docs Builder Readme
- Wikipedia Ingestion Readme