Local automation

Memory

Persistent local knowledge graph for assistant context across sessions.

Install TestedMCP Rank ReviewedHigh confidencemedium riskclaudecursorcodex

Unranked score draft

Install + docs78
Maintenance80
Auth handling70
Client compatibility82
Real usefulness80
Safety signals65

Evidence history

Review snapshots show why the current score, confidence, and risk labels changed over time.

This review depth is not eligible for MCP Rank leaderboards until a Deep Review is complete.

seed review
DateChangeScoreConfidenceRisk
May 12, 2026
Initial MCP Rank review captured from the curated seed dataset.

Persistence can improve continuity.

seed snapshot · reviewed

77highmedium

Evidence notes

Persistence can improve continuity.
Safety depends on what the assistant writes into memory.
Best used with clear retention and deletion controls.

Best-fit use cases

Best for long-running local assistants that need stable non-sensitive project preferences.

Useful for preserving repository conventions, terminology, and workflow notes across sessions.

Poor fit for organizations that cannot give users inspection and deletion controls over stored memory.

Risk analysis

Persistent memory can quietly accumulate sensitive context if the assistant writes secrets, customer names, or personal data.

Risk is medium even with local storage because stale or incorrect facts can influence future agent behavior.

The strongest mitigation is user-visible memory inspection plus explicit rules for what may never be stored.

Use-case examples

Remember repo conventions.
Track project terminology.
Store non-sensitive workflow notes.