Course CTF Red Team: AI-Powered Offensive Security
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CTF Red Team: AI-Powered Offensive Security

Master offensive security techniques using AI as your force multiplier

10 Lessons ~1 hour each AI-Assisted 10 CTF Challenges
📄 Download Full Course PDF
Module 1 Recon & Data Analysis
01 AI-Powered OSINT Reconnaissance
slides ↓ theory ↓ lab_guide ↓ homework ↓ answer ↓
02 Log Analysis & Pattern Discovery
slides ↓ theory ↓ lab_guide ↓ homework ↓ answer ↓
03 Network Traffic Analysis with AI
slides ↓ theory ↓ lab_guide ↓ homework ↓ answer ↓
Module 2 Vulnerability Discovery
04 AI-Assisted Code Auditing
slides ↓ theory ↓ lab_guide ↓ homework ↓ answer ↓
05 Web Application Vulnerability Scanning
slides ↓ theory ↓ lab_guide ↓ homework ↓ answer ↓
06 Binary & Cryptographic Analysis
slides ↓ theory ↓ lab_guide ↓ homework ↓ answer ↓
07 Configuration & Infrastructure Weaknesses
slides ↓ theory ↓ lab_guide ↓ homework ↓ answer ↓
Module 3 Exploitation & Social Engineering
08 AI-Generated Exploit Development
slides ↓ theory ↓ lab_guide ↓ homework ↓ answer ↓
09 Social Engineering & Phishing with AI
slides ↓ theory ↓ lab_guide ↓ homework ↓ answer ↓
10 Red Team Capstone: Full Attack Chain
slides ↓ theory ↓ lab_guide ↓ homework ↓ answer ↓
Lab Env Lab Environment (Docker + noVNC)

A self-contained, network-isolated XFCE desktop that runs in Docker and is accessible from your host browser via noVNC. Ships with every lab tool (python3, pwntools, scapy, yara, radare2, volatility3, sigma-cli, jq, openssl, ...) and every lesson's HTML guide + resources/ baked in.

The container has no outbound network — the only reachable endpoint is http://127.0.0.1:6080/vnc.html on your loopback. Clipboard copy/paste is enabled so you can keep Claude running on your host and move text in and out of the sandbox.

Quick start: docker compose build && docker compose up -d — see the README inside the archive for full instructions.