Relational, graph, and vector search — one transaction, one file. Open source. Apache-2.0.
Every agentic app cobbles together multiple databases for memory. Each one can't do what the others can.
One transaction. One snapshot. One file.
One agent with memory is a demo. A hundred agents with shared memory is an infrastructure problem — sync, isolation, storage, collective learning. contextdb is open source and always will be. The managed platform adds what you can't self-host: zero-ops deployment, managed multi-tenant sync, and collective intelligence that makes every deployment smarter. Same engine, same API — just point your config at the platform.
The open-source engine is complete — nothing held back. The platform adds what you can't self-host.
| Open Source | Managed Platform | |
|---|---|---|
| Engine | Full: relational + graph + vector, unified transactions | Same engine, same API |
| Storage | Local redb, single file, crash-safe | Managed storage, or bring your own bucket (e.g. S3) |
| Sync | Edge ↔ server via self-hosted NATS | Edge ↔ tenant ↔ app — fully managed, zero config |
| Intelligence | Your data, your learnings | Collective intelligence — the network makes every deployment smarter |
| Infra | You run NATS, your server, your backups | Zero ops — ephemeral pods, state in your object store |
Your AI agents need to remember decisions, find similar precedents, and traverse relationships. One DB instead of three.
Runs on Jetson/RPi with 2GB RAM. Works offline, syncs when connected. ARM64 native.
Context graphs for code understanding and decision tracking. Embedded in your CLI, no external server.
Managed tenant isolation, sync, and collective intelligence across your user base. Register an app, provision tenants via API.
All of these run on the same engine. The platform manages sync, tenants, and collective intelligence so you don't have to.
The platform doesn't just host your database — it makes every deployment smarter.
Your deployment learns something. The platform makes sure every deployment learns it. A coding agent discovers that a specific refactoring pattern causes test failures 90% of the time — every coding agent on the platform inherits that knowledge. An IoT sensor learns that a particular reading at a certain time of day is always a false alarm — every sensor inherits that filter. New deployments start with the accumulated intelligence of the entire network.
SQL interface, deterministic upsert, secondary indexes, MVCC transactions.
Native bounded BFS over adjacency indexes. Edge-type and property filtering.
HNSW ANN, cosine similarity, pre-filtered candidate restriction. Snapshot-consistent.
-- Insert a row, create a graph edge, index a vector BEGIN; INSERT INTO decisions (id, agent_id, summary, embedding) VALUES ('d-001', 'agent-7', 'Chose retry with backoff', vector([0.12, 0.85, ...])); INSERT INTO edges (src, dst, edge_type, weight) VALUES ('agent-7', 'd-001', 'decided', 1.0); -- Find similar decisions via vector search SELECT id, summary, cosine_similarity(embedding, vector([0.11, 0.83, ...])) AS score FROM decisions WHERE score > 0.8 ORDER BY score DESC LIMIT 5; COMMIT;
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