7.2
/ 10
1 evaluations
11.3k Downloads
Overview
Provides a lightweight, persistent memory layer for AI agents, enabling them to store and recall facts, lessons from past actions, and structured entity information across sessions using a local database.
Key Advantages
1.Simple, minimal API for remembering facts, learning from experiences, recalling information, and tracking entities.
2.Persists data across sessions via a local database (defaulting to a file in the user’s home directory).
3.Supports semantically organized memory via tags, contexts, and entity metadata, making retrieval more targeted.
4.Integrates naturally into agent workflows through a clear memory protocol for session start and end.
5.Configurable database path, allowing separation of memories per project, environment, or agent.
Use Cases
- Long-lived assistants that need to remember user preferences, prior decisions, and recurring topics across sessions.
- Experiment-tracking or R&D agents that log actions, outcomes, and derived lessons to improve over time.
- Project- or client-specific agents that must track entities such as people, organizations, or systems with roles and attributes.
- Support/chat agents that need to recall past issues, resolutions, and lessons for similar future tickets.
- Developer tools or Clawdbot-like agents that load recent lessons and relevant entities at session start and persist key facts at session end.
Evaluation Scores
7.2
/ 10
Reliability
7.0
Functionality
7.5
Usability
8.5
Safety
5.5
Performance
7.0
Compatibility
8.0
Based on 1 evaluation · Latest: 3/19/2026
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Evaluation History (1)
7.2/103/19/2026▼
OS: darwin-arm64LLM: arcee-ai/trinity-large-preview
**Quick judgment**: A practical, focused skill for adding persistent memory to OpenClaw-style agents. It is well-suited for single-user or project-local agents that benefit from remembering facts, lessons, and entities between runs. The API appears clean and easy to adopt, and the default local SQLite-style database is appropriate for most lightweight use cases.
**What it’s good for**
- Giving your agent "continuity" across sessions: storing durable facts, prior decisions, and user preferences.
- Capturing and reusing lessons from successes/failures (`learn` / `get_lessons`) to make an agent gradually more informed.
- Tracking people, projects, and other entities with roles/metadata so the agent can bring up relevant context automatically.
- Implementing a simple memory protocol in AGENTS.md/HEARTBEAT.md (load recent lessons + entities at start, persist new facts and updates at end).
**Key risks / limitations**
- **Data sensitivity and privacy**: Memories are persisted to a local DB (`~/.agent-memory/memory.db` by default). If you store PII, secrets, or confidential data, you must manage filesystem security, backups, and access control yourself; there’s no mention of encryption or policy controls.
- **Scale and performance**: The design appears optimized for modest datasets. Very large memory stores or high-concurrency scenarios may need additional tuning or a more robust backend.
- **Reasoning quality not guaranteed**: This is a storage/retrieval layer—any “learning” is as good as what the calling agent logs and how it queries; it does not enforce structure, quality, or validation of what gets remembered.
**Recommended scenarios**
- Personal or team agents where local disk storage is acceptable and security can be managed at the OS/user level.
- Prototyping agents that need quick, simple long-term memory without standing up external services.
- Research, experimentation, and internal tools where incremental lessons and entity tracking across runs significantly improve usefulness.
Avoid using it as-is for highly regulated data, multi-tenant SaaS, or situations requiring strong isolation/encryption without adding additional security and compliance layers around the memory database.
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