rsi-boot
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Alternatives to rsi-boot
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Related Servers
- AlicenseNot gradedqualityAmaintenanceEnables Claude Code, Cursor, Codex, and Claude Desktop to carry project decisions, rules, bugs, to-dos, and failed approaches across sessions by saving them as lines in a repo file and bringing the relevant ones back on each prompt. It also checks commands and file edits against those saved rules before they run, flagging anything that might break one.236 npmMIT
- AlicenseNot gradedqualityAmaintenanceEnables coding assistants to persist decisions, rules, bugs, to-dos and dead ends from chat sessions into a repository memory file, then automatically recall the relevant ones in later sessions. It also checks pending commands and file edits against those saved rules before they run, flagging possible violations.236 npmMIT
- AlicenseNot gradedqualityDmaintenanceProvides AI agents with queryable, version-controlled project rules and coding standards. Enables validation, rule-based guidance, and task summaries to keep AI work aligned with your project's conventions without repeating context.2MIT
- AlicenseNot gradedqualityAmaintenanceEnables coding assistants to save decisions, rules, bugs, to-dos and failed approaches from chats into a repo memory file, bring the relevant entries back in later sessions, and check commands or edits against saved rules before they run.236 npmMIT
- AlicenseNot gradedqualityAmaintenanceSaves decisions, rules, bugs, to-dos, and failed approaches from Claude Code, Cursor, and Codex chats into a repository file, then brings relevant entries back in later sessions and checks tool calls against saved rules before commands or edits run.236 npmMIT
- AlicenseNot gradedqualityAmaintenanceSaves decisions, rules, bugs, to-dos and failed approaches from AI coding chats to a repository memory file, then brings relevant lines back in later sessions and checks commands or edits against saved rules before they run.236 npmMIT
TDQS
Scored across 15 tools
Multiple tools cover retrieval/reading of the same underlying corpus: rsi_recall, rsi_knowledge_search, rsi_explore and rsi_memory all pull knowledge/memory content, distinguished only by entry path. Names like rsi_review vs rsi_knowledge_review, and rsi_stats vs rsi_impact vs rsi_memory_health, look interchangeable and require reading long descriptions to separate. Several tools are also multi-action multiplexers (rsi_learn, rsi_review, rsi_memory, rsi_conflicts) whose internal actions overlap with other tools.
The rsi_ prefix and snake_case are used throughout, which is good. However, the verb/noun convention is mixed: some tools are bare nouns (rsi_memory, rsi_stats, rsi_impact, rsi_conflicts) while others are verb or noun_verb (rsi_knowledge_search, rsi_knowledge_add, rsi_learn, rsi_recall). The near-identical rsi_review / rsi_knowledge_review pair further weakens predictability.
15 tools sits at the upper bound of a healthy set for a fairly broad surface (recall, knowledge CRUD, review/approval, conflicts, health, stats/impact, learning packs). Each tool broadly maps to a distinct capability area, though a few analytics/health tools feel like they could be consolidated. Not an egregious over-scoping.
Knowledge lifecycle is well covered: add, update/merge, delete, search, browse, approval review, conflict resolution, feedback, and health remediation. The main gap is a direct read-by-id/get-item tool; reading full bodies relies on rsi_recall semantics, which is a minor workaround rather than a blocker.