Training Materials training
AI courses for consultants, engineers, and anyone who wants to use AI tools well without getting fired.
- bitsmasher.net/training
Core Modules
Module 01 — Internal Tools Overview DRAFT
PAN internal AI tools: Notebook LM, Gemini, Panda AI, chat.pan.dev, #ai-tips Slack. What's current, what's deprecated, how to choose the right tool for the task.
- Identify which AI tools are appropriate for a given consulting scenario
- Configure PAN-approved AI tools per policy requirements
- Demonstrate tool selection with a real-world example
Module 02 — Security & Data Classification DRAFT
PAN's approved AI tools list with approval context. Data classification rules for AI use. Incident response procedure for improper AI usage.
- Categorize data by sensitivity level and determine if it can enter any AI system
- Navigate PAN's approved tools registry and justify tool selection against policy
- Demonstrate incident response workflow for improper AI usage
Module 03 — Model Context Protocol DRAFT
What MCP is, how it works under the hood, current spec status and implementations (Aug 2026). Architecture diagrams with up-to-date components. PAN-specific usage patterns.
- Explain the MCP architecture and its role in tool integration
- Evaluate current MCP implementations against project requirements
- Demonstrate a basic MCP server/client connection with a local model
Module 04 — Prisma Cloud + AI (AIRS) DRAFT
Prisma Cloud's AI capabilities: threat detection, risk scoring, consultant use cases. PAN-specific policies and practical scenarios for customer engagements.
- Identify Prisma Cloud AI features relevant to consulting workflows
- Walk through a threat detection scenario using AI-powered risk scoring
- Apply PAN-approved usage guidelines in a customer-facing context
Planned Modules
Module 05 — AI Security for LLMs PLANNED
OWASP Top 10 for LLMs, prompt injection defense, output validation. For the people who build AI systems rather than just use them.
Module 06 — Prompt Engineering Deep Dive PLANNED
Advanced techniques: system prompts, few-shot patterns, chain-of-thought. When to use which approach and why it matters in consulting engagements.
Hands-On Labs
Lab 01 — Prompt Engineering PLANNED
Write, test, and iterate prompts for a specific task. Measure effectiveness across different approaches.
Lab 02 — Token Counting PLANNED
Measure token consumption across different inputs and approaches. Learn to estimate costs and optimize prompts.
Lab 03 — Simple RAG Pipeline PLANNED
Build a minimal viable retrieval-augmented generation pipeline: vector DB + embeddings + LLM.
Lab 04 — MCP Server & Client PLANNED
Set up a local MCP server and client with an open-source model. Verify connectivity and message flow.
Resources
📄 Coding Foundations (HTML) — interactive reference sheet
📄 AI Security Primer (HTML) — OWASP Top 10 for LLMs reference