survivemem
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- AlicenseNot gradedqualityBmaintenanceEnables Claude Code and Codex to write, update, and retrieve durable long-term memories that survive session boundaries and context compaction. All recall runs locally against a single SQLite file using hybrid BM25, embedding, and recency ranking cut to an explicit token budget, with no cloud dependency.MIT
- AlicenseNot gradedqualityAmaintenanceEnables Claude coding assistants to store and retrieve persistent context across sessions, so saved decisions, progress, and file state survive context compaction or resets. Provides checkpoints, channels, search, diffing, and export/import so multiple sessions can share the same memory.250 npmMIT
- AlicenseNot gradedqualityAmaintenanceEnables Claude coding assistants to persist and restore context across sessions and compactions, saving decisions, progress, and file contents in channels and checkpoints for later retrieval. Supports search, change tracking, and sharing memory between parallel sessions.250 npmMIT
- AlicenseNot gradedqualityAmaintenanceEnables persistent cross-session memory for Claude and other AI agents by storing and automatically retrieving decisions, patterns, and knowledge across conversations and workspace contexts, surviving restarts and context compaction.4 npmMIT
- AlicenseNot gradedqualityDmaintenanceProvides local-first, cross-session memory for Claude Code, enabling semantic search across past sessions to retrieve procedures, decisions, or answers without exposing secrets.Apache 2.0
- AlicenseNot gradedqualityAmaintenanceEnables AI coding assistants to persist, search, checkpoint, and restore context across sessions, including decisions, progress, file changes, and git-correlated history. It prevents context loss during compaction and supports shared memory across multiple sessions.250 npmMIT
TDQS
Scored across 12 tools
The set splits cleanly into three functional clusters (long-term memories, debug investigations, session checkpoints), and within each cluster the read/write lifecycle tools are distinguishable. The only real friction is between search_memories and list_recent (both return memories, differing only by ranking) and between checkpoint/store_memory, which both 'save' information but for different lifetimes and which rely on the description text to separate.
Two competing conventions coexist: verb_noun (list_projects, store_memory, search_memories, forget_memory, list_recent) and resource-prefixed noun forms (investigation_open, investigation_log, investigation_status, investigation_close, memory_status). Worse, the same memory domain is split across both patterns (store_memory vs memory_status), and two tools are bare nouns with no prefix at all (checkpoint, session_state). Still readable, but not predictable.
Twelve tools for a memory-plus-debugging server is well within the sweet spot, and each one maps to a distinct lifecycle step (open/log/status/close for investigations; store/search/list/forget for memories; save/read for checkpoints). Nothing appears padded or redundant.
Investigations have full lifecycle coverage and probing/checkpointing are covered in both directions, but the memory surface has gaps: there is no update/edit operation, and restore after forget_memory is explicitly a CLI-only escape hatch, which is a dead end for an agent. The 'candidate' memories referenced throughout are never exposed by any tool, and there is no way to list historical/closed investigations.