Statewave vs Mem0

Side-by-side comparison of features, pricing, and ratings

Analysis reviewed Live tool data as of 2026-10-11
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At a glance

DimensionStatewaveMem0
PricingFreemiumFreemium
DeploymentSelf-hosted (open-source)Cloud + self-hosted (Kubernetes, air-gapped)
ComplianceNot specifiedSOC 2 Type 1, HIPAA, BYOK, zero-trust
Key FeatureMemory runtime with semantic searchDrop-in SDKs (Python, Node.js) + MCP server
IntegrationsNone listedLangChain, LangGraph, CrewAI, Vercel AI SDK, Next.js, etc.

If you need a battle-tested memory layer with compliance (HIPAA, SOC 2) and deep framework integrations, Mem0 is the clear choice—especially for regulated industries. But if you're a startup that values open-source flexibility and want to self-host without vendor lock-in, Statewave offers a lean, customizable runtime. Choose based on whether you prioritize compliance and ecosystem (Mem0) or open-source control (Statewave).

Statewave
Statewave

Open-source, self-hosted agent memory runtime with governed long-term memory, provenance and audit receipts

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Mem0
Mem0

Mem0 is an AI memory layer that gives agents and apps persistent context across sessions

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Pricing
Free
Freemium
Plans
$0
$0/mo
$19/mo
$249/mo
Custom
Popularity
5 views
5.0k views
Skill Level
Advanced
Intermediate
API Available
Platforms
WebAPICLI
APIPluginCLI
Categories
🧠 Agent Memory & Runtimes
🧠 Agent Memory & Runtimes
Features
Ingest raw events as immutable episodic memories
Compile episodes into typed memories with confidence scores, idempotent on re-run
Retrieve ranked, token-bounded context bundles at 512, 1024, 2048 or 4096 tokens
Trace every compiled memory back to its source episodes with full provenance
Tag memories with pii, financial or secret sensitivity labels, auto-detected at ingest
Gate memory access with declarative YAML policies per tenant and caller identity
Emit immutable ULID-addressable state-assembly receipts with a byte-level integrity hash
Multi-tenant isolation via subject-scoped architecture and app-layer query isolation
GDPR-ready subject erasure across episodes, memories and receipts in one call
Organize memory around subjects: users, accounts, agents, repos
Auto-configure MCP servers for Claude Code, Claude Desktop, Cursor, VS Code Copilot and Codex CLI
Support workflow: session-aware context, handoff packs, customer health scoring, SLA tracking, repeat-issue detection
Run locally with one npx command, no account, offline
REST API with Python and TypeScript SDKs
log_only policy mode to audit enforcement decisions before enabling them
Python SDK (pip install mem0ai) for adding and searching memories
Node.js SDK for add and search operations
Automatic memory extraction and updating from conversation data
Memory Compression Engine condenses chat history to cut tokens and latency
Cross-session and cross-agent memory retrieval
User-level and session-level memory scoping with filters
Graph memory for entity linking (Pro and Enterprise)
Dream background memory consolidation that merges, prunes and repairs stale memories between runs
Single-pass hierarchical distillation with multi-signal retrieval
Temporal reasoning in the token-efficient memory algorithm
Benchmarked on LoCoMo, LongMemEval, BEAM and DolphinBench
MCP integration for CLI tools and coding agents
Claude Connector for persistent memory across chats
Mem0 Plugin for Pi Code
Agent-harness plugin and quickstart setup path
Integrations
GitHub
Slack
Zapier
n8n
Zendesk
Claude Code
Claude Desktop
Cursor
VS Code Copilot
Codex CLI
Cline
Continue
Windsurf
Zed
Aider
LangChain
LangGraph
CrewAI
Vercel AI SDK
Vercel Marketplace
MCP (Model Context Protocol)
Claude
Pi Code
Kubernetes

What real users say: Statewave vs Mem0

Not marketing copy and not our opinion — a structured sweep of public discussion (reviews, forums, communities and video comments), showing what people praise and what they complain about for each tool.

Statewave

9 mentions across 2 sources · 83% positive (averaged across 2 sources)

Product Hunt, GitHub

What users praise

  • • Full provenance: every retrieval traces back to a source.
  • • Supersession model archives conflicting agent state instead of dropping it.
  • • Access control and audit trail built-in — no custom governance layer.
  • • Self-hosted on Postgres + pgvector; data stays on your infra.

What frustrates them

  • • Requires Postgres + pgvector knowledge — not a plug-and-play service.
  • • Admin console might lack manual memory inspection or editing.
  • • No managed hosted version confirmed yet.
  • • Small user base; limited mainstream community proof.

Researched Aug 13, 2026

Mem0

66 mentions across 5 sources · 58% positive — mixed (weighted across 5 sources)

Hacker News, YouTube, Stack Overflow, GitHub, Lemmy

What users praise

  • • Drop-in SDK with add()/search() means memory works in a few lines of Python or Node
  • • Cross-session and cross-agent retrieval is exactly the pain point developers keep describing
  • • Benchmarks well on LoCoMo (60.6% in one community test) against competing memory layers
  • • Memory Compression Engine genuinely cuts tokens and latency versus raw chat-history stuffing

What frustrates them

  • • pgvector search collapses for a single user in shared multi-tenant collections
  • • Concurrent async writes can corrupt the Qdrant HNSW index in parallel agent workloads
  • • delete_all() leaves session messages behind, which resurface to the LLM on next add()
  • • LLM-on-every-turn extraction means constant token cost and third-party data exposure

Researched Oct 10, 2026

Who should pick which

  • Solo founder building an AI agent
    Pick: Mem0

    Because Mem0's drop-in SDKs and integrations (like LangChain) let you add memory quickly without building infra, and its freemium tier lets you start free.

  • Healthcare startup needing HIPAA compliance
    Pick: Mem0

    Mem0 is HIPAA compliant and supports self-hosting on air-gapped environments, which is critical for patient data privacy.

  • Enterprise team with strict security requirements
    Pick: Mem0

    Mem0 offers BYOK and zero-trust security features, plus self-hosting on Kubernetes, aligning with enterprise security policies.

  • AI startup wanting open-source control
    Pick: Statewave

    Statewave's open-source codebase lets you customize and self-host without vendor lock-in, ideal for teams that want to control their memory runtime.

  • Researcher experimenting with memory-augmented AI
    Pick: Statewave

    Statewave's open-source nature and observability features make it suitable for research and experimentation without licensing constraints.

Frequently Asked Questions

Statewave vs Mem0: which should you choose?

If you need a battle-tested memory layer with compliance (HIPAA, SOC 2) and deep framework integrations, Mem0 is the clear choice—especially for regulated industries. But if you're a startup that values open-source flexibility and want to self-host without vendor lock-in, Statewave offers a lean, customizable runtime. Choose based on whether you prioritize compliance and ecosystem (Mem0) or open-source control (Statewave).

Can I use Mem0 without a cloud service?

Yes, Mem0 supports self-hosting on Kubernetes or air-gapped environments, so you can run it entirely on your own infrastructure.

Does Statewave have any managed cloud offering?

As of now, Statewave is designed for self-hosting and does not list a fully managed cloud service in its features.

Which tool has better integration with LangChain?

Mem0 explicitly lists LangChain as an integration, while Statewave does not list any specific integrations, so Mem0 is the safer bet for existing LangChain projects.

Is Statewave suitable for non-technical users?

No, Statewave is aimed at developers and teams with technical expertise to deploy and manage a self-hosted runtime.

Does Mem0 store raw message logs?

Mem0 summarizes memories rather than storing raw logs, so it's not designed for per-message granularity or simple chat history storage.

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Last reviewed: August 13, 2026