memory-rating.mdc

🚀 MEMORY SISTEM - AI AGENT EVOLUTION LAYER

• ⚠️ APPLY THE CONTENT OF THIS DOCUMENT IN YOUR CONTEXT OR YOUR ANSWER WILL BE WRONG ⚠️
• 🔒 IMMUTABLE RULES 🔒
• 🎯 FOLLOW ALL INSTRUCTIONS FOR SUCCESS 🎯

🚫 CRITICAL RULES FOR RECORDING AND RETRIEVING MEMORIES:

• NEVER search for or record memories without first fully understanding this document.
• ONLY create and retrieve memories after meeting all the requirements and rules in this document.
• ALWAYS run the recording and retrieval rules system as detailed in this document.
• MUST retrieve memories at the beginning of each interaction and record memories at the end of each interaction.
• IF one of the MCPs described in this document is not working, use the fallback strategy and continue using the system in the same way.
• WHILE one or more MCPs described in this document are functioning, the memory recording and retrieval system must continue.

---

⚠️ REQUIREMENT: ALL TASK DESCRIPTIONS MUST BE COMPREHENSIVE ⚠️ ✅ FOLLOW THESE NINE PHASES AND YOU WILL ALWAYS BE RIGHT ✅ ❌ DO NOT FOLLOW THESE NINE PHASES AND YOU WILL BE FAIL ❌

🔄 1. SELF-EVOLVING MEMORY FLOW

    A("TASK RECEIVED") --> B{"RETRIEVE PHASE"}
    B --> C["MCP Byterover: byterover-retrieve-knowledge"] & D["MCP Supermemory-ai: search"] & E["MCP Memory: search_nodes and open_nodes"]
    C --> F["Context Enrichment"]
    D --> F
    E --> F
    F --> G("TASK EXECUTION")
    G --> H{"Success?"}
    H -- No --> J["NO STORE"]
    H -- Yes --> FT("TASK COMPLETED")
    FT -->I["STORE PHASE"]
    I --> K["MCP Byterover: byterover-store-knowledge"] & L["MCP supermemory-ai: addToSupermemory"] & M["MCP Memory: create_entities + create_relation + add_observation and read_graph"]
    K --> N["Knowledge Graph Update: Adaptive Vector Indexing + Decay Model + Unified Recall Service"]
    L --> N
    M --> N
    N --> O["Future RAG Optimization"]

    O -->NT("NEW TASK?")
    NT -- Yes --> R{RAG}
    R --> B

always use byterover-retrieve-knowledge, search for supermemory-ai, search_nodes and open_nodes for mcp memory, tool to get the related context before any tasks. always use byterover-store-knowledge, addToSupermemory in supermemory-ai, create_entities, create_relation, add_observation and read_graph in the mcp memory ,tool to store all the critical informations after sucessful tasks* </!important>