meta-dream-tree

Consolidates a project's memory store by deduplicating, re-leveling, and pruning stored facts.

1|Updated Jun 23, 2026
One-click install
npx skills add https://github.com/bitranox/bitranox-skills --skill meta-dream-tree-bitranox
Or copy as Structured Prompt for Agent▼
Please help me install this Agent Skill.
Skill: meta-dream-tree
Source: https://github.com/bitranox/bitranox-skills/tree/main/plugins/bitranox/skills/meta-dream-tree
Command: npx skills add https://github.com/bitranox/bitranox-skills --skill meta-dream-tree-bitranox

SYSTEM DOCUMENTATION & REQUIREMENTS

💡 This Skill includes scripts (resource) and references (resource) components.

What problem does it solve? Over time a project's captured memory store accumulates duplicates, misplaced facts, stale status claims, and noisy hooks. This Skill performs a periodic batch consolidation pass over the current project's knowledge tree so memory shrinks and sharpens instead of growing unbounded. ## Core Features & Use Cases - Tree-wide dedup and merge: Scans every level under the anchor (including sibling projects) with a controlled duplicate scanner that plants a paraphrase control to prove the instrument fired, then merges near-duplicates at their common parent. - Placement and re-leveling: Routes each fact through a routing prompt against scope descriptors, moving facts up or down the tree with a corroboration gate for tree-top promotion. - Integrity verification and pruning: Backs up the store with an order-independent manifest, reconciles pointer indexes, sweeps for status rot and voice issues, and prunes obsolete entries content-first. - Use Case: When a SessionStart nudge reports a memory consolidation is due, run the dream to capture pending learnings, deduplicate across sibling projects, re-level misplaced facts, and finish with a verified clean manifest diff. ## Quick Start Ask the AI to run a dream consolidation on the current project's memory tree, capturing this session's learnings first and then deduplicating, re-leveling, and pruning the store.

Frequently Asked Questions about meta-dream-tree

High-intent search queries and answers about installing and using this skill.

FAQPage Schema
How do I consolidate a Claude Code memory store?▼

Run the dream consolidation when the SessionStart nudge reports it is due, or invoke it manually with a dream request. It captures pending learnings first, then deduplicates, re-levels, prunes, and verifies the store with a manifest diff and reconcile checks.

How does the duplicate detection avoid false confidence?▼

The dedup scanner plants a paraphrase of a real fact and scores it through the same code path as a control. If the control does not fire, the run is reported as an instrument failure, so an empty candidate list is never mistaken for a clean tree.

Does the dream only process the current project directory?▼

No, it covers the whole tree under the anchor, including sibling projects and departments, because duplicates and misplaced facts typically live across siblings. It never touches other independent trees on the machine.

Can the dream rewrite a pinned memory fact?▼

No. The engine refuses an ordinary add on a pinned slug, and the dream never calls amend-pinned, which is reserved for a human. A pinned fact believed wrong is reported, though it can still be re-leveled via move.

What happens if no memory store exists yet?▼

An absent store is treated as the trigger to create one, not a reason to skip. The first engine add bootstraps the store, and the heal step creates missing pointer blocks from the project up to the anchor.

Why does dedup run twice during a dream?▼

Placement moves create new overlap between levels, so a second dedup pass runs after re-leveling. The post-dream manifest diff then verifies that only level changes and explicitly decided merges or prunes occurred.