Lore

Path-Native Memory for Agents

Lore gives every memory a durable path, then recalls the right context across sessions and runtimes.

# Works everywhere. Installs Lore and all supported plugins.
$ curl -fsSL https://raw.githubusercontent.com/FFatTiger/lore/main/scripts/install.sh | bash
Connects to
Claude CodeClaude Code
CodexCodex
πPi
OpenClawOpenClaw
Hermes AgentHermes
ModelContextProtocolGeneric MCP
Awesome Features

All the memory lifecycle pieces in one UI.

Boot baseline

Every session starts with stable identity, workflow, user, and runtime memories.

Recall before reply

Relevant memory candidates are injected before the agent replies.

URI-first graph

Memories live at durable addresses like core://agent and project://lore.

Read before trust

Agents open recalled nodes before relying on them, then write with cautious tools.

Dream maintenance

Dream review keeps stale nodes, glossary, disclosure, and history under control.

Runtime bridge

Claude Code, Codex, Pi, OpenClaw, Hermes, and MCP clients share one layer.
Product screenshots

Four views that explain how Lore works.

Real product views from the memory browser, recall analytics, recall detail, and dream maintenance workflow.

Memory home

A home base for every memory.

Browse durable memory paths, priorities, disclosures, glossary terms, and node history from one clean graph surface.

Screenshot of the Lore memory home page
Recall analysis

See why context was selected.

Inspect why a memory was recalled, compare score signals, and verify exactly what context reached the agent.

Screenshot of the Lore recall analysis page
Recall detail

Debug a single recall decision.

Open one query to trace candidate URIs, score cues, stage counts, and the final memories selected for injection.

Screenshot of a specific Lore recall detail page
Dream review

Turn memory upkeep into a review flow.

Review maintenance suggestions before Lore merges stale notes, cleans glossary drift, or rewrites memory nodes.

Screenshot of the Lore dream review page