What problem does it solve? Choosing the right memory stack for an AI application is hard: frameworks like Mem0, Zep, and Letta change monthly, pricing pages shift, and generic advice ignores your actual codebase. This Skill reads your code, derives memory requirements from real evidence, researches the current tooling landscape with live web search, and produces a tailored architecture document. ## Core Features & Use Cases - Deep Code Comprehension: Reads your codebase to map LLM call sites, user identity handling, existing storage, and any partial or flawed memory implementations, with file:line references. - Clarification and Research Phases: Asks targeted multiple-choice questions about scale, budget, and compliance, then runs live web research on framework health, pricing, and production maturity. - Approval-Gated Architecture Document: Presents a proposed stack table with rejected alternatives and assumptions for your approval, then writes a concrete implementation plan to memory-design/architecture.md. - Use Case: You are building a multi-user support chatbot and need persistent per-user memory. Run the Skill to get a justified recommendation across framework, vector database, embedding model, graph layer, and storage, plus a step-by-step integration plan. ## Quick Start Type /memory-design in your AI assistant and let it analyze your codebase to propose a memory architecture.