Courses

LLM Theory. Personal AI Assistant (OpenClaw)

Course Overview

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This module provides a comprehensive exploration of Large Language Models (LLMs), encompassing their foundational mechanics, lifecycle, and practical application. It covers core concepts such as tokenization, context windows, and model economics, alongside advanced topics like fine-tuning, RAG, and agentic systems. Learners will understand the immense computational demands of training, the intricacies of the inference process, and strategies for model selection based on cost and task complexity. The module also critically examines AI adoption challenges, including common failure points like hallucination, context overflow, and security vulnerabilities. Emphasizing secure design and precise context engineering, it guides users in leveraging AI as a cognitive offloading system to amplify skills while mitigating significant risks associated with untethered, autonomous AI.

Course Modules

1

General

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16 items
Introduction to Secure AI and OpenClaw
8:55
Understanding Artificial Intelligence: Tokens, Context Windows, and RAG
19:21
3. Large Language Models: Training, Fine-Tuning, and Inference
7:41
4. AI Model Economics and Costs
1:20
5. Understanding AI Temperature
2:55
6. Top Five Reasons for AI Project Failures
12:41
7. Decision Metrics for AI Implementation
4:10
8. The Data Paradox and the Importance of Context in AI
1:51
9. Understanding AI Hallucinations
3:20
10. Levels of AI System Maturity and Complexity
6:17
11. Prompt Evolution and Reasoning in AI
4:29
12. Understanding Autonomous Loops and AI Workflows
3:59
13. LLM Selection: Proprietary vs. Open Weights Models
4:30
14. The Real Benefits and Risks of Adopting AI
2:45
15. AI Automation Framework and System Architecture Takeaways
2:18
16. OpenClaw: AI Agents and Security Challenges
5:53
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