You'll receive a comprehensive, hosted-ready PDF guide that teaches you to give a stateless LLM a working memory- the conversation buffer, token-budget math and the quadratic cost trap, sliding-window and summarization strategies, long-term fact extraction into a persistent JSON store, and explicit conversational-state tracking with slot filling — paired with rich Mermaid diagrams, a full architecture that combines all three memory types, a 10-item gotchas list covering real production failures (cross-user leakage, memory poisoning, cost runaway), and three progressively harder hands-on exercises built on real Anthropic API calls, culminating in a mini-capstone support agent that greets returning users by name and never forgets a ticket.
Who it's for: learners who've completed FDE 2.01–2.02 (or already know what an LLM, a token, and a system prompt are) and early-career developers (SDE-1 or below) who can write basic Python but have only ever built chatbots that forget everything the moment the chat window closes.
Why it's valuable: "why did my bot forget my name" is one of the very first bugs every AI builder hits, and almost every beginner resource either hand-waves it with "just add a database" or jumps straight to vector search, this guide is the only beginner-friendly resource that treats memory as three distinct, testable engineering problems (short-term, long-term, state) and shows you the exact production pattern used to combine them, before you ever need RAG.
🚀 Getting Started (Day 1):
🛠️ Tools You'll Need:
📚 How to Practice:
Market Comparison:
What You're Saving:
ROI Example: One production incident — a support bot that mixes up two customers' order history because memory wasn't keyed by user_id, or a bill that spikes because nobody trimmed the context window — costs a client's trust and far more engineering time than this guide's entire price. Your ₹25 pays for itself the first time it stops one cross-user memory bug from reaching production.