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ReMe

GitHub stars: 3.8K GitHub forks: 350 Declared license: Apache-2.0: Apache-2.0 Last pushed November 13, 2026: Pushed today
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ReMe is a local-first, file-native memory layer for AI agents. It turns conversations and resources into readable Markdown that people can inspect, edit, move, back up, and search across sessions.

It separates source records, daily memory, durable digest memory, and rebuildable indexes. Keyword search and wikilinks work over the file store, while embeddings remain optional.

What it is

Readable memory for agents

ReMe keeps source conversations and resources separate from daily notes, durable digest memory, and rebuildable derived indexes. The readable files remain the source of truth.

Why it stands out

Useful without an embedding service

Keyword search, paths, line ranges, and wikilinks let agents expand only the promising context. Builders can add embedding retrieval without making a hidden vector store the source of truth.

Availability

Several ways to connect one memory workspace

Python, CLI, HTTP, MCP, ReMe Studio, plugins, and agent skills can use the same file-native memory model. The project advises keeping one runtime owner per workspace.

Why it matters

What makes it useful

ReMe gives builders a memory layer they can read and change with ordinary file tools. That makes it easier to inspect what an agent retained, correct a bad memory, and move useful context between sessions without making a vector database the starting requirement.

Notable points

What stands out

ReMe separates user-owned memory files from rebuildable indexes and model-assisted refinement. Enabling a hosted model or embedding provider may send relevant content outside the local environment, depending on that provider and configuration.

Before using

What to review

Decide whether plain BM25 search is enough before adding an embedding provider and its extra data path.

Set retention and access rules for the conversations and files that ReMe will preserve.

Keep one runtime owner per workspace so two processes do not try to manage the same memory at once.

Review model and embedding credentials separately if you enable automated memory processing or vector retrieval.

Check the original listing's documentation for current requirements, limitations, licensing and any relevant privacy or security considerations.

Reader fit

Who may find it relevant

Builders who want agent memory they can inspect and edit as files.

Teams comparing local-first recall with vector-first memory systems.

Less relevant for people who only want a finished conversational assistant.

Editorial note

Why LifeHubber lists it

ReMe gives builders a concrete alternative to opaque agent memory: the source material, daily notes, durable memory, and links stay readable and correctable as files, while indexes can be rebuilt around them.

Source links

Source materials

Reader note

About our listings

LifeHubber’s listings help you explore what’s available in AI and are not endorsements. We don’t independently verify every detail or guarantee that each listing is accurate, safe, actively maintained, or right for your needs.

What to explore next

Compare what gets remembered and how much is captured.

ReMe keeps memory readable as files. Continue with an always-on activity record, a memory system built around retain, recall, and reflect, or the wider agent-memory map.

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