MemLab

Unified memory for enterprise AI.

The memory layer for AI-native companies.

Capture, structure, and retrieve context across every conversation, document, and event — in one production-grade memory layer.

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What you ship on day one

A memory layer built for production agents

Three guarantees that make MemLab safe to put in front of real users from day one.

Ingest → memory

Turn any signal into structured memory

Conversations, documents, app events, and APIs flow into one pipeline. MemLab extracts what matters automatically.

Sub-50ms p99 ingestion API

Hybrid retrieval

Always surface the right context

Vector similarity, graph traversal, and lexical search fan out in parallel. RRF fuses the results so the best signal wins.

Sub-200ms p99 search API

Compounding impact

Memory that actually improves

Continuous dedup, bi-temporal facts, and relevance pruning mean your agents get sharper with every interaction — without retraining.

5-tier dedup + bi-temporal graph

The lifecycle

Everything you need to ship memory

From the first ingest event to the thousandth retrieval — MemLab handles the full lifecycle of agent memory so you can focus on the product around it.

01 · Integrate

Plug into any agent framework

Wrap your agent with withMemLab(...) — and it gets persistent memory instantly.

Works with LangGraph, CrewAI, AutoGen, or your own runtime. No rewrites. No glue code. Every interaction is automatically captured, indexed, and retrieved — so memory just shows up between calls.

memlab cli
$npx memlab init --framework langgraph
Detected LangGraph 0.2 · CrewAI / AutoGen also supported
Wrapped graph: withMemLab({ org, project, agentId })
Memory ingest + retrieve hooks live · zero glue code

02 · Extract

Extract what matters, automatically

Raw input becomes facts, entities, and relationships — with embeddings, types, and provenance attached.

A single in-process extraction pipeline turns transcripts into compact, high-signal memory units. No bespoke prompts, no fragile JSON parsing.

memlab cli
$memlab extract --episodic-memory ep_a8c2f
24 facts · 17 entities · 31 relations
Embeddings attached · 5-tier dedup applied
Hallucination guard: pass · provenance retained

03 · Retrieve

Hybrid retrieval, fused by default

Vector + graph + lexical search fan out in parallel; RRF fusion ranks the result set so the best signal always wins.

Stop choosing between semantic search and keyword recall. MemLab runs both, plus graph traversal over your knowledge layer, and merges them into one ranked list.

memlab cli
$memlab search "renewal terms" --top 5
Fan-out: vector · graph · lexical
Fused (RRF) · 5 results · 142ms
1 mem_4f1e 0.91 fact
2 mem_91a3 0.88 relation

04 · Graph

A bi-temporal knowledge graph

Entities and relations carry valid_at and invalid_at — so stale facts stop bleeding into fresh answers.

When facts change, MemLab marks the old ones invalid instead of overwriting them. Time-travel queries stay coherent and audit trails stay intact.

memlab cli
$memlab graph query --as-of 2025-09-01
Time-traveled to historical state
3,420 entities · 11,802 relations
Stale facts: invalidated, not deleted

05 · Tenancy

Multi-tenant from the first row

Org and project scopes are baked into every layer — RLS in Postgres, per-project Qdrant collections, partition-keyed Kafka.

No bolted-on tenancy story. Defense-in-depth means a single missing scope can never cross customer boundaries; every gRPC call and Kafka event carries both IDs.

memlab cli
$memlab scope --org acme --project support
RLS active · Postgres tenant policies enforced
Qdrant: memories_acme_support
Kafka partition: acme/support · 4-layer DiD

06 · Evolve

Memory that compounds, not collects

Continuous dedup, relevance pruning, and feedback loops mean your store gets sharper, not heavier, over time.

Five-tier dedup catches near-duplicates before they pollute retrieval. Feedback events tighten relevance. Old context fades when it stops mattering.

memlab cli
$memlab evolve --window 30d
1,840 dedups · 412 prunes · 89 feedback updates
Relevance lift: +14% · store size: −22%
Memory got sharper, not heavier

07 · Production

Engineered for production traffic

Performance budgets, observability, and audit trails — not a notebook prototype dressed up as a service.

Sub-50ms ingestion p99, sub-200ms retrieval p99, full tracing, and end-to-end audit. Built so you can ship memory to real users on day one.

memlab cli
$memlab status --since 24h
ingest p99 38ms · search p99 187ms
Trace coverage 100% · audit append-only
Ready for production traffic

A complete memory platform

Unified ingestion pipeline
Hybrid vector + graph + lexical retrieval
Five-tier extraction dedup
RRF fusion across engines
Bi-temporal knowledge graph
Per-project vector collections
Org + project multi-tenancy (RLS)
Audit trails on every memory
Kafka claim-check architecture
Performance budgets you can see

The full memory lifecycle, in one platform

Ready to give your agent a memory?

MemLab is open source and production-tested. Spin up the stack in minutes, or talk to us about your deployment.

© 2026 MemLab — the memory layer for AI-native companies. Auth by Ory.