Memrokv0.5.0

Memory with judgment.

Memrok is an open-source plugin for OpenClaw that adds a graph-based memory curation layer on top of OpenClaw’s built-in recall and dreaming systems. It watches your conversations, archives raw observations, derives curation artifacts, and brings relevant context into every interaction as judged, structured memory rather than raw recall.

Why Memrok?

OpenClaw’s built-in memory is getting good at recall, dreaming, promotion, and operator tooling. Memrok is not trying to be Yet Another Memory. Its job is the part that still needs sharper structure and judgment:

• building and maintaining a graph of durable facts, patterns, decisions, and collaboration dynamics
• handling supersession, expiry, and stale-node cleanup
• doing topic-aware selection so the right nodes win for the current conversation
• surfacing memory as curation and interpretation, not just retrieved snippets

If OpenClaw recall answers “what happened?”, Memrok is trying to answer “what still matters, what changed, and what should win now?”

Memrok runs small "scribe" agents alongside your main assistant that continuously curate what they learn about:

• You — preferences, context, history
• The agent — capabilities, learned behaviors, evolved identity
• Your collaboration — patterns, decisions, what works

All of this data stays on your device. Nothing leaves unless you choose a remote scribe model.

Design Principles

• Local-first. Your memory lives on your machine in SQLite. Always yours, always portable.
• Model-agnostic. Swap your main model, swap your scribe model — memory persists through both.
• Biological, not mechanical. Memrok doesn't consolidate on a timer. It waits for material to accumulate and a quiet moment to think — like how humans process experience.
• Judged, not just retrieved. The point is not more memory text, but better memory selection, supersession, and expiry.

How It Works

Memrok sits between your conversations and your agent's context window:

1. Archive — Memrok persists raw observations such as transcript chunks, bootstrap file contents, and reflection inputs
2. Derive — Scribes process those observations into persisted derived artifacts:
   • A transcript scribe extracts facts, preferences, and patterns in near-real-time
   • A reflective scribe periodically steps back to find deeper insights and meta-patterns
3. Curate — Derived artifacts update the memory graph, where supersession, expiry, and judged curation live
4. Inject — On every agent turn, Memrok selects a typed working set from the graph using semantic ranking plus stable structural priors such as topical anchors, renders a header from that working set, and prepends it to the conversation. Working-set traces keep a cheap shortcut back to the latest supporting mutation while full lineage remains in graph history.

The result: your agent starts each session already knowing what matters, with a cleaner provenance trail from raw observation to injected context.

Quick Start

openclaw plugins install clawhub:memrok

Then activate Memrok as your context engine. Add to your openclaw.json (or use openclaw config):

{
  "plugins": {
    "slots": {
      "contextEngine": "memrok"
    },
    "entries": {
      "memrok": {
        "enabled": true,
        "config": {
          "scribeProvider": "openai",
          "scribeModel": "gpt-5-mini",
          "reflection": {
            "provider": "openai",
            "model": "gpt-5"
          },
          "bootstrap": {
            "enabled": false
          }
        }
      }
    }
  }
}

Restart OpenClaw. Memrok watches session transcripts automatically and begins curating after the first idle window.

Set both transcript and reflection provider/model explicitly in the plugin config if you do not want Memrok falling back to its built-in defaults. Bootstrap is now opt-in. Enable it only if you explicitly want Memrok to seed itself from existing Markdown memory files.

Privacy & Data Flow

Memrok is local-first, but not magically offline.

• Local database: Memrok stores memory in a local SQLite database at ~/.memrok/memrok.db by default.
• Transcript and file access: it watches OpenClaw session directories and any configured watchPaths. If bootstrap is enabled, it may also scan workspace Markdown files.
• Default posture: bootstrap is disabled by default; broad file scanning should be an explicit choice.
• Remote model providers: if you configure a remote provider for scribe passes, transcript and file content will be sent to that provider as part of normal operation.
• Risk controls: narrow watchPaths, disable bootstrap if you do not want broad file scanning, prefer local models where available, and consider disabling the reflective scribe if you want to minimize exfiltration risk.
• Operational hygiene: treat ~/.memrok/memrok.db as sensitive data; back it up and secure it accordingly.

Hardened / low-exfiltration posture

If you want a stricter setup:

• set scribeProvider / scribeModel to a local provider when possible
• keep bootstrap.enabled off unless you explicitly need seeding from Markdown files
• narrow watchPaths to only what Memrok should ingest
• disable or narrow reflection if you want less model-side synthesis

Architecture

Memrok is a monorepo with clean separation of concerns:

packages/
├── daemon/           → transcript watcher, scribe scheduler, consolidation engine
├── scribe/           → scribe protocol, system prompts, model interface
├── store/            → archive observations, derived artifacts, graph state, working-set traces
├── injector/         → graph selection into typed working sets, then header rendering
└── openclaw-plugin/  → OpenClaw context engine lifecycle (assemble/ingest/compact)

The Two Scribes

Configuration

Most options are optional, but scribe provider/model should be set explicitly through OpenClaw config instead of relying on Memrok-owned defaults.

Status

Deployed as an OpenClaw context engine plugin with dual-scribe architecture. 93 tests across the monorepo.

Memrok also writes a small health snapshot to ~/.memrok/memrok.status.json, including recent transcript-scribe, reflective-scribe, and injection activity plus last error and node count.

For the full technical design, see docs/architecture.md.

License

MIT