LaunchKit · 2026
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neolata-mem

Graph-native memory engine for AI agents — hybrid vector+keyword search, biological decay, Zettelkasten linking.

0
364 downloads
by @jeremiaheth

Setup & Installation

openclaw skills install @jeremiaheth/neolata-mem

Or with the ClawHub CLI, for registry-managed skill folders outside a full OpenClaw workspace:

npx clawhub install neolata-mem

Version History

v0.8.5Feb 26, 2026 - Version note by skill developer:

- Updated skill.

What This Skill Does

Graph-native memory engine for AI agents that stores memories as local JSON files by default, with no Docker, cloud API, or external database required. Supports hybrid vector and keyword search, biological decay, Zettelkasten-style graph linking, and trust-gated conflict resolution. Install via npm and run immediately.

Unlike cloud-hosted alternatives like Mem0, it stores data locally by default and adds memory decay, graph linking, conflict quarantine, and an explainability API without requiring any infrastructure.

When to use it

  • Persisting agent findings across sessions after context compaction
  • Detecting contradictory facts before storing updated configuration values
  • Sharing a memory graph across multiple agents working on the same codebase
  • Automatically fading stale security findings or outdated deployment notes over time
  • Grouping memories from a deployment sprint into a named episode for later retrieval

Example Workflow

Here's how your AI assistant might use this skill in practice.

INPUT

User asks: remember that the API gateway has an XSS vulnerability and search for related security findings

AGENT
  1. 1Call mem.store('agent', 'XSS vulnerability in API gateway login form', { category: 'finding', importance: 0.9 }) to persist the finding
  2. 2Memory engine computes keyword tokens and links the new entry to semantically similar existing memories via the graph index
  3. 3Call mem.search('agent', 'security vulnerabilities') to retrieve related findings
  4. 4Results are returned with trust, confidence, provenance, and optional explain metadata
OUTPUT

Ranked list of security-related memories with similarity scores, provenance sources, and graph links to connected entries