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Mem0

GitHub stars: 64.7K GitHub forks: 7.6K Declared license: Apache-2.0: Apache-2.0 Last pushed September 4, 2026: Pushed today
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Mem0 is a memory layer for AI agents and assistants, with library, self-hosted, platform, SDK, CLI, cookbook, evaluation, and integration paths for persistent context.

It can store memory for a user, session, or agent through Python and TypeScript packages, a self-hosted server, or Mem0's managed platform. Cookbooks, integrations, plugins, CLI tools, and evaluation materials cover common ways to put that memory to work. Use this as a first read, not a recommendation. Open the original project before trusting details like terms, limits, privacy, cost, setup, or safety.

What it is

A memory layer for agents

Mem0 gives agents and assistants a place to keep useful context across users, sessions, and agent state instead of treating every interaction as a blank start.

Why it stands out

Memory plus SDKs and deployment options

The same memory layer can be reached from Python or TypeScript, run through self-hosted or managed options, and connect to several agent frameworks. A newer memory algorithm is also documented for the managed platform.

Availability

Repo, docs, packages, and platform paths

The evaluation path can start small with the library and docs, then move into cookbooks, examples, self-hosted server materials, managed platform notes, and framework integrations as the use case becomes clearer.

Why it matters

What makes it useful

Persistent agent memory is easier to compare when user memory, session memory, agent state, SDKs, self-hosting, platform paths, cookbooks, integrations, CLI support, and evaluation materials are visible in one project.

Notable points

What stands out

Mem0 says its April 2026 benchmark results include managed-platform optimizations that are not identical to the open-source SDK. Keep that difference in view when comparing the library, self-hosted server, and managed service.

Before using

What to review

What user data, preferences, actions, or sensitive facts would be stored, and how retention, deletion, access control, and privacy expectations should work.

Whether the library, self-hosted server, managed platform, or integration path matches the application and data-sensitivity level.

The project-reported benchmark and algorithm claims independently before using them as the basis for production decisions.

Reader fit

Who may find it relevant

People testing persistent memory for agents, assistants, support bots, or personalized AI workflows.

Teams comparing memory retrieval, framework integrations, self-hosted memory services, managed memory APIs, and long-running context systems.

Not aimed at readers looking for browser automation, voice-agent infrastructure, or a standalone model checkpoint.

Editorial note

Why LifeHubber lists it

Mem0 puts the memory decision in concrete terms: what an agent remembers, where that data lives, how it is retrieved, and whether the team runs the library, server, or managed platform.

Source links

Source materials

Reader note

Before relying on this entry

LifeHubber lists entries to help readers inspect AI projects, not to endorse them or prove they are safe, suitable, accurate, maintained, or right for a specific use. We do not verify every entry in depth. Before relying on anything listed, review the original materials, terms, privacy practices, limits, and risks that matter for your situation.

What to explore next

Compare what agent memory should preserve.

Mem0 spans persistent context across users, sessions, and agents. Continue with the wider memory map, then compare two projects that organize learned context in different ways.

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