dream

Consolidate recent learnings into durable memories via a four-phase process.

Updated Apr 26, 2026
One-click install
npx skills add https://github.com/EndUser123/cc-marketplace --skill dream-enduser123
Or copy as Structured Prompt for Agent
Please help me install this Agent Skill.
Skill: dream
Source: https://github.com/EndUser123/cc-marketplace/tree/main/plugins/cc-skills-meta/skills/dream
Command: npx skills add https://github.com/EndUser123/cc-marketplace --skill dream-enduser123

SYSTEM DOCUMENTATION & REQUIREMENTS

What problem does it solve?

This Skill automates the memory-consolidation process to organize recent learnings into durable memories, reducing clutter and ensuring important insights are preserved across sessions.

Core Features & Use Cases

  • 4-Phase Consolidation: Orient, Gather Signal, Consolidate, and Prune & Index to transform scattered notes into durable memories.
  • Context-aware Reading: Reads MEMORY.md (≤200 lines) and topic files on demand, prioritizing corrections and gaps.
  • Session Boundary Triggers: Automatically fires at session end or when memory drift is detected, prior to major sessions.

Quick Start

Run the dream process at the end of a session to start consolidating your recent learnings.

Frequently Asked Questions about dream

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

FAQPage Schema
How do I consolidate learnings into durable memories at the end of a session?

You consolidate learnings into durable memories by running a four-phase process—Orient, Gather Signal, Consolidate, and Prune & Index—that reads recent logs and session transcripts to organize scattered notes. This automatically preserves important insights across sessions.

What is memory consolidation and how does it organize recent learnings?

Memory consolidation is an automated process that organizes recent learnings into durable memories by reading session transcripts, logs, and topic files. It applies a four-phase approach to reduce clutter and maintain memory health across sessions.

How do I maintain memory health when memory gaps are detected?

To maintain memory health when memory gaps are detected, the consolidation process automatically fires to prune and index topic files. It prioritizes corrections and gaps by reading the MEMORY.md index and updating the memory directory.

Do I need a MEMORY.md index file to automate memory management?

Yes, automating memory management requires a MEMORY.md index file limited to 200 lines and topic files within the memory directory. The consolidation process reads these files on demand to orient itself and maintain durable memories.

Can I trigger memory consolidation before a long session starts?

Yes, memory consolidation can be triggered prior to major sessions, at session end, or after reflecting across memory topics. This context-aware reading ensures memory health is maintained before extending your work context.

What are the limitations of automated memory consolidation for topic files?

Automated memory consolidation is limited by its dependency on a MEMORY.md index of 200 lines or fewer and properly structured topic files within the memory directory. Without these inputs, the four-phase process cannot accurately orient or gather signal.