II.
MemorySystem JSON
Structured · livememory-system:auto-dream-consolidation-pattern
Auto-Dream Consolidation Pattern json
Inspect the normalized record payload exactly as the atlas UI reads it.
{
"id": "memory-system:auto-dream-consolidation-pattern",
"_kind": "MemorySystem",
"_file": "domain/knowledge-fabric/memory-systems.yaml",
"_cluster": "domain",
"attributes": {
"displayName": "Auto-Dream Consolidation Pattern",
"description": "Memory consolidation pattern where a background subagent periodically\nreviews accumulated memories and rewrites them into a coherent, pruned\nform. The process reads all existing memory files, identifies contradicted\nfacts (deletes them), duplicate entries (merges them), stale observations\n(prunes them), and valid facts (keeps them), then rewrites the memory\ndirectory with a clean, organized structure. Claude Code implements this\nas the auto-dream cycle — a forked subagent with restricted tool surface\n(read-only Bash, scoped Write) that fires after a configurable number of\nsessions. The consolidation lock prevents concurrent dream processes from\ncorrupting memory files.\n",
"memoryKind": "file-based",
"persistence": "user-scoped",
"autoExtraction": false,
"consolidation": "auto-dream",
"storageFormat": "markdown",
"privacyFilter": false,
"deduplication": "semantic"
},
"outgoingEdges": [
{
"from": "memory-system:auto-dream-consolidation-pattern",
"to": "layer:12-knowledge-fabric",
"kind": "realizes",
"attributes": {}
}
],
"incomingEdges": [
{
"from": "agent-version:babysitter@current",
"to": "memory-system:auto-dream-consolidation-pattern",
"kind": "uses_memory_system",
"attributes": {}
}
]
}