MemOS Local Memory — Agent Guide

memory_get

• What it does: Get the full original text of a memory chunk. Use to verify exact details from a search hit.
• When to call: A memory_search hit looks relevant but you need to see the complete original content, not just the summary/excerpt.
• Parameters:
  • chunkId (string, required) — The chunkId from a search hit.
  • maxChars (number, optional) — Max characters to return (default 4000, max 12000).

memory_write_public

• What it does: Write a piece of information to public memory. Public memories are visible to all agents during memory_search. Use for shared knowledge, team decisions, or cross-agent coordination information.
• When to call: In multi-agent or collaborative scenarios, when you have persistent information useful to everyone (e.g. shared decisions, conventions, configurations, workflows). Do not write session-only or purely private content.
• Parameters:
  • content (string, required) — The content to write to public memory.
  • summary (string, optional) — Short summary of the content.

task_summary

• What it does: Get the detailed summary of a complete task: title, status, narrative summary, and related skills. Use when memory_search returns a hit with a task_id and you need the full story. Preserves critical information: URLs, file paths, commands, error codes, step-by-step instructions.
• When to call: A memory_search hit included a task_id and you need the full context of that task.
• Parameters:
  • taskId (string, required) — The task_id from a memory_search hit.

skill_get

• What it does: Retrieve a proven skill (experience guide) by skillId or by taskId. If you pass a taskId, the system will find the associated skill automatically.
• When to call: A search hit has a task_id and the task has a "how to do this again" guide. Use this to follow the same approach or reuse steps.
• Parameters:
  • skillId (string, optional) — Direct skill ID.
  • taskId (string, optional) — Task ID — will look up the skill linked to this task.
  • At least one of skillId or taskId must be provided.

skill_search

• What it does: Search available skills by natural language. Searches your own skills, public skills, or both — controlled by the scope parameter.
• When to call: The current task requires a capability or guide you don't have. Use skill_search to find one first; after finding it, use skill_get to read it, then skill_install to load it for future turns.
• Parameters:
  • query (string, required) — Natural language description of the needed skill.
  • scope (string, optional) — Search scope: 'mix' (default, self + public), 'self' (own only), 'public' (public only).

skill_install

• What it does: Install a learned skill into the agent workspace so it becomes permanently available. After installation, the skill will be loaded automatically in future sessions.
• When to call: After skill_get when the skill is useful for ongoing use.
• Parameters:
  • skillId (string, required) — The skill ID to install.

skill_publish

• What it does: Make a skill public so other agents can discover and install it via skill_search.
• When to call: You have a useful skill that other agents could benefit from, and you want to share it.
• Parameters:
  • skillId (string, required) — The skill ID to publish.

skill_unpublish

• What it does: Make a skill private again. Other agents will no longer be able to discover it.
• When to call: You want to stop sharing a previously published skill.
• Parameters:
  • skillId (string, required) — The skill ID to unpublish.

memory_timeline

• What it does: Expand context around a memory search hit. Pass the chunkId from a search result to read the surrounding conversation messages.
• When to call: A memory_search hit is relevant but you need the surrounding dialogue.
• Parameters:
  • chunkId (string, required) — The chunkId from a memory_search hit.
  • window (number, optional) — Context window ±N messages, default 2.

memory_viewer

• What it does: Show the MemOS Memory Viewer URL. Call this when the user asks how to view, browse, manage, or check their memories. Returns the URL the user can open in their browser.
• When to call: The user asks where to see or manage their memories.
• Parameters: None.

Quick decision flow

1. No memories in context or auto-recall reported nothing → Call memory_search(query="...") with a self-generated short query.

2. Need to see the full original text of a search hit → Call memory_get(chunkId="...").

3. Search returned hits with task_id and you need full context → Call task_summary(taskId="...").

4. Task has an experience guide you want to follow → Call skill_get(taskId="...") or skill_get(skillId="..."). Optionally skill_install(skillId="...") for future use.

5. You need the exact surrounding conversation of a hit → Call memory_timeline(chunkId="...").

6. You need a capability/guide that you don't have → Call skill_search(query="...", scope="mix") to discover available skills.

7. You have shared knowledge useful to all agents → Call memory_write_public(content="...") to persist it in public memory.

8. You want to share/stop sharing a skill with other agents → Call skill_publish(skillId="...") or skill_unpublish(skillId="...").

9. User asks where to see or manage their memories → Call memory_viewer() and share the URL.

Writing good search queries

• Prefer short, focused queries (a few words or one clear question).
• Use concrete terms: names, topics, tools, or decisions.
• If the user's message is long, derive one or two sub-queries rather than pasting the whole message.
• Use role='user' when you specifically want to find what the user said.

Memory ownership and agent isolation

Each memory is tagged with an owner (e.g. agent:main, agent:sales-bot). This is handled automatically — you do not need to pass any owner parameter.

• Your memories: All tools (memory_search, memory_get, memory_timeline) automatically scope queries to your agent's own memories.
• Public memories: Memories marked as public are visible to all agents. Use memory_write_public to write shared knowledge.
• Cross-agent isolation: You cannot see memories owned by other agents (unless they are public).
• How it works: The system identifies your agent ID from the OpenClaw runtime context and applies owner filtering automatically on every search, recall, and retrieval.