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How to Make OpenClaw Memory More Powerful with Tvix

HHoonchan Yoon

# How to Make OpenClaw Memory More Powerful with Tvix

Tvix adds structured recall, Auto-Capture, and source-aware memory to OpenClaw without replacing its transparent markdown workflow.

HHoonchan YoonApril 23, 2026OpenClaw already gets the most important part of agent memory right: it keeps memory visible.

Its default model is built around plain markdown in the agent workspace. The user can inspect it. The agent can search it. The state is not hidden inside a black box. For many workflows, that is exactly what you want.

But as your OpenClaw agent runs longer, memory stops being only a storage problem. The harder problem becomes recall: bringing back the right people, decisions, follow-ups, and source context at the exact moment the agent needs them.

That is where Tvix makes OpenClaw more powerful. OpenClaw stays your agent runtime and keeps its transparent local memory. Tvix adds a durable memory backend that can capture conversations, retrieve source-aware context, and organize relationships across time.

The difference is easiest to feel in the answer:

  • OpenClaw only: finds related notes, then infers the owner, source, and next step during the answer.
  • OpenClaw with Tvix: returns the decision, where it came from, and the next step as structured context before the answer.

How OpenClaw memory works today

OpenClaw's memory docs describe memory as plain markdown in the agent workspace. The files are the source of truth, and the model only remembers what gets written to disk.

The core pieces are:

  • MEMORY.md for durable facts, preferences, and decisions
  • memory/**/*.md for daily or running context
  • DREAMS.md and dreaming outputs when you use review or dreaming workflows

For retrieval, OpenClaw exposes memory_search and memory_get. memory_search finds relevant markdown snippets from MEMORY.md and memory/**/*.md, while memory_get reads the specific file content the agent needs. When configured, OpenClaw can combine vector similarity with BM25 keyword search, which is a strong default for transparent, file-based recall.

OpenClaw also has Active Memory, an optional pre-response memory pass that can surface relevant memory before the main reply. That is useful because most memory systems are too reactive: the agent has to remember to search, or the user has to ask it to.

Beyond that, a Memory Wiki companion plugin adds provenance-rich knowledge pages, structured claims, and wiki-native tools. That makes the default ecosystem more capable than plain notes alone. Still, the everyday memory path most users start with is local markdown plus search.

SourceMarkdown memoryMEMORY.mdmemory/**/*.mdDREAMS.mdRecallSearch & readmemory_search(query)memory_get(path)Vector + BM25 when configuredContextReconstructed inlineDecision snippetsProject notesFollow-up cluesHow OpenClaw remembers today. Markdown files stay the source of truth. Recall tools fetch matching snippets, and the agent rebuilds working context inline. Transparent and editable, but relationships, owners, and follow-ups are inferred again each turn. The strength is visibility. The tradeoff is that recall is still largely file- and snippet-oriented.

Limits of OpenClaw default memory for long-running agents

Imagine asking your agent:

"Can you continue from what we decided last time?"

That is not a simple note lookup. The agent may need to recover:

  • the actual decision episode
  • the people involved
  • the project it belonged to
  • the latest follow-up
  • whether that context is still relevant now

OpenClaw can search notes and open files well. But long-running agents often need more than stored markdown. They need the agent to know which decision you mean, where it came from, and what should happen next. We covered the bigger picture of this shift in our guide on agent memory beyond RAG.

For default markdown memory alone, three practical limits show up:

  • Recall is still mostly file-oriented. The agent searches notes, opens files, and pieces together context from snippets.
  • Structure has to be inferred again. People, projects, facts, decisions, and follow-ups are not automatically maintained as a reusable graph.
  • Work context lives outside the workspace. Slack threads, email threads, prior agent sessions, and other channels often hold the deciding context, but none of it lives in MEMORY.md by default.

This is not a weakness in OpenClaw. It is the natural boundary of transparent local memory. Once the agent becomes part of your daily workflow, you need memory that is both inspectable and structured, and that can reach across the sources where work actually happens.

What Tvix adds to OpenClaw

Tvix extends OpenClaw without replacing its workflow.

The Tvix plugin adds:

  • Auto-Capture after conversations, on by default
  • Auto-Recall before AI responses, opt-in when you want recalled context injected
  • Auto Wiki Recall for factual documents and stable references
  • dedicated tools such as tvix_search, tvix_store, and wiki tools
  • source and date filters for more precise retrieval
  • graph-backed memory for entities, relationships, and facts

The important point is that Tvix does not ask you to give up OpenClaw's local memory. Your agent can still use MEMORY.md, daily notes, and normal OpenClaw tools. Tvix adds a stronger memory backend for the context that should survive longer, connect across sources, and return automatically when relevant.

If you already use OpenClaw every day, this is where Tvix starts to pay off: keep Auto-Capture on, enable Auto-Recall when you want past context injected before each response, and let the agent build memory while you work. If you want to see this same memory layer outside OpenClaw, our walkthrough on building a second brain with Tvix covers the full setup.

Better recall, structurally

OpenClaw memory answers "Which note is relevant?" Tvix answers "What context does this task need?" Instead of returning flat notes, Tvix recalls episodes, facts, entities, and relationships, so the agent can know that a person belongs to a project, that a decision replaced an older plan, or that a follow-up came from a Slack thread rather than a local chat. We unpack how this combination of vector and graph signals works in Tvix hybrid memory.

More context, from more places

OpenClaw's default memory is strongest around the agent workspace. Tvix reaches across captured Slack threads, emails, calendar events, and files, with source and date filters when the right answer depends on where the context originally came from.

Less manual upkeep

Auto-Capture stores useful context after the conversation. Auto-Recall, when enabled, searches relevant memory and wiki context before the AI response. The loop becomes less manual: the agent no longer has to wait for the user to say "remember this" or "search memory."

How OpenClaw and Tvix work together

The best mental model is a loop:

  • Before the turn, Auto-Recall can search Tvix memory and wiki context when enabled.
  • During the turn, OpenClaw works with both its local markdown memory and recalled Tvix context.
  • After the turn, Auto-Capture stores outcomes, progress, entities, and relationships back into Tvix.
  • On the next task, the updated memory can be recalled again.

"Can you continue from what we decided last time?"BeforeOpenClaw onlySearches local markdown, then infers structure during the answer.

  • 1Search markdownFind candidate notes in MEMORY.md and daily files.
  • 2Read likely filesPull exact content that seems related to the prompt.
  • 3Reconstruct inlineRebuild people, project, source, and next action.

Returned contextRelated notes are found, but the decision timeline and follow-up still have to be reconstructed from snippets.

AfterOpenClaw + TvixAuto-Recall returns a structured context bundle before the turn.

  • 1Recall before the turnTvix returns the decision, participants, source, and date.
  • 2Answer with grounded contextOpenClaw continues the work with history already loaded.
  • 3Auto-capture after the turnThe new outcome becomes durable memory for next time.

Returned contextDecision: enable Tvix Auto-Recall for OpenClaw. Source: product workflow discussion. Next: update the plugin guide and capture the result.

Tvix sourcesMessengerMailCalendarFilesSame prompt, two paths. OpenClaw alone has to reconstruct context from snippets. With Tvix, Auto-Recall returns a structured bundle before the turn, so the agent continues the work instead of rediscovering it. That is the shift from searchable files to continuously improving working memory.

OpenClaw remains the interface. Tvix becomes the durable memory layer behind it.

OpenClaw only vs OpenClaw with Tvix

CapabilityOpenClaw onlyOpenClaw with TvixRecall pathmemory_search + memory_get over markdownAuto-Recall when enabled, plus memory/wiki toolsCapture pathFile updates, memory flushes, dreaming workflowsAuto-Capture after conversationsStructured memoryThe agent infers structure from notesEntities, relationships, facts, and episodesSource-aware contextMostly workspace and configured memory pathsSource/date filters across captured Tvix memoriesSetupBuilt into OpenClawPlugin install, restart, and Tvix login OpenClaw's built-in memory is a strong default for transparency and control. Tvix is for the next stage: when your agent needs to remember people, projects, decisions, sources, and follow-ups across longer time horizons.

Getting started

Install the Tvix plugin:

openclaw plugins install @tvix/openclaw-tvix Restart OpenClaw after installing the plugin. Then log in:

openclaw tvix login After login, Auto-Capture is active by default. When you want OpenClaw to inject relevant Tvix context before each AI response, ask the agent something like "Enable Auto-Recall for Tvix".

For the full setup and configuration guide, read the Tvix OpenClaw docs.

If you are already using OpenClaw every day, Tvix gives it the memory layer it needs to keep getting better. Create or sign in to your Tvix account at app.membase.so, connect OpenClaw, and let your agent start building durable memory as you work.