Certified Ethical Hacker CEHv13 AI Powered

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Certified Ethical Hacker CEHv13 AI Powered

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Certified Ethical Hacker v13 (CEHv13) AI-Powered Comprehensive Course Plan

Course Duration: 3 Months
Course Level: Advanced
Delivery Mode: Classroom | Virtual Class
Certification: CEH v13 Certification
Prerequisites: Basic understanding of networking, operating systems, and programming. Familiarity with ethical hacking concepts is beneficial.

Month 1: Introduction to Ethical Hacking and Networking Fundamentals

Week 1: Introduction to Ethical Hacking

  • Topics Covered:
    • What is Ethical Hacking?
    • Differences between Ethical Hacking, Penetration Testing, and Cybersecurity
    • Key Concepts and Terminologies in Ethical Hacking
    • CEH Ethical Hacking Code of Conduct and Legal Aspects
    • The Role of an Ethical Hacker
    • Overview of Tools and Techniques
  • Assignments:
    • Research and write a paper on the difference between white-hat, black-hat, and gray-hat hackers.
    • Identify 5 different ethical hacking tools and explain their functions.
  • Project 1: Setup a virtual machine using VirtualBox or VMware. Install Kali Linux and practice basic commands.

Week 2: Networking Basics and TCP/IP

  • Topics Covered:
    • Introduction to Networking: OSI Model, TCP/IP Model
    • Networking Devices: Routers, Switches, Firewalls, Hubs
    • IP Addressing and Subnetting
    • Common Networking Protocols: HTTP, FTP, DNS, SSH, SMTP
    • Packet Structure and Header Fields
  • Assignments:
    • Perform subnetting exercises and create IP address ranges.
    • Use Wireshark to capture and analyze network traffic.
  • Project 2: Implement a small network using VirtualBox and configure basic networking setups (IP addressing, DNS, DHCP).

Week 3: Footprinting and Reconnaissance

  • Topics Covered:
    • Footprinting Techniques: Active vs. Passive Reconnaissance
    • Tools for Footprinting: Google Hacking, WHOIS, NSLOOKUP, DNS Interrogation
    • Identifying Attack Surface via DNS, Email, Web Servers, etc.
    • Social Engineering and Its Use in Footprinting
  • Assignments:
    • Perform reconnaissance on a sample domain using WHOIS and DNS lookup tools.
    • Write a report on the collected information and possible vulnerabilities found.
  • Project 3: Use Google Dorking to gather information on a target website and identify potential vulnerabilities.

Week 4: Scanning and Enumeration

  • Topics Covered:
    • Network Scanning Techniques: ICMP, TCP, UDP Scanning
    • Enumeration Techniques: SNMP, NetBIOS, LDAP, and SMB
    • Tools for Scanning: Nmap, Nessus, Netcat
    • Vulnerability Scanning and Identification
  • Assignments:
    • Use Nmap to scan a local network and identify open ports and services.
    • Enumerate users and services from a Windows machine using Netcat.
  • Project 4: Conduct a full network scan on a given IP range using Nmap and Nessus, documenting the vulnerabilities.

Month 2: System Hacking, Malware, and Web Application Security

Week 5: System Hacking and Password Cracking

  • Topics Covered:
    • Password Cracking Techniques: Brute Force, Dictionary, Rainbow Tables
    • Operating System Vulnerabilities: Windows and Linux
    • Exploiting Weak Passwords and Authentication Mechanisms
    • Privilege Escalation Techniques
  • Assignments:
    • Crack passwords using Hashcat and John the Ripper.
    • Perform a local privilege escalation on a virtual machine running Kali Linux.
  • Project 5: Perform a simulated attack on a Windows or Linux system, exploiting weak passwords and escalating privileges.

Week 6: Malware Analysis and Trojans

  • Topics Covered:
    • Types of Malware: Viruses, Worms, Trojans, Ransomware
    • Techniques for Analyzing Malware
    • Reverse Engineering Basics
    • How Malware is Delivered and Spread
    • Trojan Horse Tools and Techniques
  • Assignments:
    • Analyze a sample malware executable using dynamic analysis (sandbox) and static analysis.
    • Create a report on the findings and suggest mitigation techniques.
  • Project 6: Setup a controlled environment (VM) to simulate and analyze a Trojan using common tools like Cuckoo Sandbox or REMnux.

Week 7: Web Application Security

  • Topics Covered:
    • Introduction to Web Application Security: OWASP Top 10
    • SQL Injection, Cross-Site Scripting (XSS), Cross-Site Request Forgery (CSRF)
    • Web Application Vulnerabilities: Authentication Bypass, Cookie Poisoning
    • Tools for Web Application Testing: Burp Suite, OWASP ZAP, Nikto
  • Assignments:
    • Find and exploit an SQL injection vulnerability on a practice website (e.g., DVWA).
    • Identify common XSS vulnerabilities using Burp Suite.
  • Project 7: Conduct a security assessment of a web application (choose from a list of intentionally vulnerable apps) and exploit the OWASP Top 10 vulnerabilities.

Week 8: Wireless Network Security

  • Topics Covered:
    • Wireless Network Standards: Wi-Fi, Bluetooth, Zigbee
    • Wireless Encryption Protocols: WEP, WPA, WPA2, WPA3
    • Attacking Wireless Networks: WEP Cracking, WPA Cracking, Evil Twin Attacks
    • Tools for Wireless Hacking: Aircrack-ng, Reaver, Kismet
  • Assignments:
    • Use Aircrack-ng to crack a WEP-encrypted wireless network.
    • Perform a man-in-the-middle attack on a Wi-Fi network using Wireshark.
  • Project 8: Setup a Wi-Fi network in a controlled environment and attempt to exploit vulnerabilities in the encryption protocols (WEP, WPA).

Month 3: Advanced Exploitation, Cryptography, and Final Project

Week 9: Advanced Exploitation and System Hardening

  • Topics Covered:
    • Buffer Overflows, Format String Vulnerabilities
    • Exploit Development Techniques
    • Bypassing Antivirus and Endpoint Protection
    • System Hardening: Patch Management, Configuration Review, Least Privilege
  • Assignments:
    • Develop and execute a simple buffer overflow exploit (practice on vulnerable systems like Metasploitable).
    • Harden a Windows/Linux system using group policies and security tools.
  • Project 9: Simulate an advanced exploit targeting a vulnerable system, then apply hardening techniques to mitigate it.

Week 10: Cryptography and Encryption

  • Topics Covered:
    • Basics of Cryptography: Symmetric vs Asymmetric Encryption
    • Cryptographic Algorithms: AES, RSA, DES, ECC
    • Public Key Infrastructure (PKI), Digital Certificates
    • Attacking Encryption Protocols (SSL/TLS, WPA)
  • Assignments:
    • Perform a man-in-the-middle attack on an SSL connection using tools like SSLStrip.
    • Encrypt and decrypt files using OpenSSL and basic cryptographic algorithms.
  • Project 10: Perform a cryptographic analysis on a weak encryption implementation in a vulnerable application.

Week 11: Cloud Security and Artificial Intelligence in Cybersecurity

  • Topics Covered:
    • Introduction to Cloud Security: AWS, Azure, GCP
    • Security Risks in Cloud Environments
    • Use of AI and Machine Learning in Cybersecurity
    • AI-based Security Tools and Techniques
  • Assignments:
    • Analyze the security posture of a cloud application (e.g., misconfigurations in AWS S3 buckets).
    • Research and implement an AI-powered security tool like an AI-based firewall or SIEM.
  • Project 11: Create a basic AI-powered anomaly detection system using Python and open-source libraries for monitoring network traffic or system logs.

Week 12: Final Project and Exam Preparation

  • Topics Covered:
    • Review of All Topics Covered in the CEHv13 Curriculum
    • Practical Hacking Scenario and Assessment
    • Preparing for the CEH Exam
  • Assignments:
    • Take a mock CEH exam.
    • Revise any weak areas based on mock exam results.
  • Final Project:
    • Create a detailed penetration testing report based on an internal network or web application. The report should include:
      • Footprinting, Scanning, and Enumeration
      • Exploits performed (system and network-level attacks)
      • Vulnerabilities identified and mitigation strategies
      • AI-powered analysis or anomaly detection in the project
      • Final conclusions and recommendations

Job Opportunities and Average Salary

  • Job Roles:

    • Ethical Hacker
    • Penetration Tester
    • Security Consultant
    • Vulnerability Assessment Analyst
    • Security Architect
    • Cloud Security Analyst
    • Red Team Operator

  • Average Salary (USA):

    • Ethical Hacker: $75,000 - $125,000 annually
    • Penetration Tester: $80,000 - $130,000 annually
    • Cybersecurity Consultant: $95,000 - $150,000 annually
    • Security Engineer: $85,000 - $140,000 annually

Note: Salary varies by location, level of experience, and company.

Additional Notes

  • AI-Powered Components: Throughout the course, the use of AI will be integrated into tasks such as anomaly detection, automated vulnerability scanning, and machine learning models for threat detection.
  • Job Support: After course completion, the students will have access to a job portal with listings from certified partners and placement assistance. CEH v13 is widely recognized by employers across industries, especially in cybersecurity roles.