memory-tiering

Memory tiering organizes multi-tier memory into HOT, WARM, and COLD storage to manage session context. It redistributes live context, stable facts, and historical summaries so active work stays focused and long-term information remains easy to recover.

To prune context after compaction, use memory tiering to move dead context out of the active window. It retains durable user preferences in WARM storage and archives decisions into concise COLD memory records while verifying critical information is preserved.

You should reorganize memory into HOT, WARM, and COLD tiers when a conversation grows too large and causes context overload. This process prunes completed tasks from the active window while keeping immediate session details readily accessible.

Yes, memory tiering archives historical summaries into COLD storage and retains durable user preferences in WARM storage across ongoing conversations. It reads memory tier files and daily logs to redistribute information while verifying critical facts are preserved.

Yes, context pruning requires reading memory tier files and daily logs to accurately redistribute live context, stable facts, and historical summaries. This ensures critical information is preserved during session compaction and archival summarization.

The best way to keep context lean is applying a memory tiering strategy that separates immediate session details from stable facts and historical summaries. This prevents context overload while ensuring long-term information remains easy to recover.