Module 1: Introduction to Ethical Hacking

1.1. Understanding the Importance of Cybersecurity and Ethical Hacking

1.2. Legal and Ethical Considerations for Ethical Hacking

1.3. Setting Up a Virtual Lab Environment for Hands-on Practice

1.4. Basic Linux Command-Line Practice for Ethical Hacking

Module 2: Hacking Lab Setup

Module 3: Networking Fundamentals

2.1. Introduction to Networking Concepts and the OSI Model

2.2. Setting Up Network Scanning and Enumeration Tools

2.3. Scanning and Enumerating a Target Network

2.4. Analyzing Network Topologies and Identifying Security Risks

Module 4: Linux Basics for Ethical Hackers

3.1. Introduction to Linux Operating System and Distributions

3.2. Navigating the Linux File System and Basic File Operations

3.3. User Management and Permissions in Linux

3.4. Bash Scripting for Automation in Ethical Hacking

Module 5: Information Gathering and Footprinting

4.1. Passive Information Gathering using OSINT Techniques

4.2. Active Information Gathering with Tools like theHarvester and Recon-ng

4.3. Footprinting a Target Website and Identifying Vulnerabilities

Module 6: Scanning and Enumeration

5.1. Network Scanning with Nmap and ZMap

5.2. Enumerating Open Ports and Services with Nmap and Netcat

5.3. Banner Grabbing and Service Version Detection

5.4. Enumerating Users and System Information with Enum4linux and smbclient

Module 7: Vulnerability Assessment

6.1. Using Vulnerability Scanning Tools like OpenVAS and Nessus

6.2. Analyzing Scan Results and Understanding CVSS Scores

6.3. Prioritizing Vulnerabilities for Remediation

Module 8: Web Application Security

7.1. Web Application Architecture and Components

7.2. Manual Web Application Reconnaissance and Fingerprinting

7.3. Scanning and Identifying Web Application Vulnerabilities with Burp Suite

7.4. Exploiting SQL Injection and Cross-Site Scripting (XSS) Vulnerabilities

Module 9: Exploitation Techniques - Part 1

8.1. Understanding Vulnerability Exploitation

Identifying and prioritizing high-impact vulnerabilities for exploitation.

Analyzing the anatomy of an exploit: payloads, shellcode, and exploit techniques.

Gaining hands-on experience with exploit development concepts.

Module 10: Exploitation Technique - Part 2

Introduction to Metasploit: features, modules, and functionalities.

Exploiting systems with Metasploit modules.

Customizing and creating Metasploit modules for specific scenarios.

Password cracking techniques using tools like John the Ripper and Hashcat.

Defending against password-based attacks through strong authentication mechanisms.

Performing brute-force attacks against login credentials.

8.3. Password Cracking and Brute-Force Attacks

Module 11: Backdoor Generation, Weaponisation and Delivery

Introduction to Veil Framework

Generating An Undetectable Backdoor

Basic Weapnisation Technique

Basic Delivery Method: Hacking Winodws 10 Systems

Module 12: Browser Exploitation

Introduction to BeEF Framewok

Module 13: Post-Exploitation and Lateral Movement

9.1. Privilege Escalation

Understanding privilege escalation and its importance in post-exploitation.

Common privilege escalation techniques for Windows and Linux systems.

Utilizing post-exploitation frameworks for privilege escalation.

9.2. Pivoting and Lateral Movement

Exploring lateral movement and pivot techniques to access other systems.

Leveraging compromised systems as a stepping stone to reach the target network.

Mitigating lateral movement through network segmentation and access controls.

9.3. Backdoors, Rootkits, and Persistence

Creating persistent backdoors for continued access to compromised systems.

Concealing presence with rootkits and anti-forensic techniques.

Detecting and removing backdoors and rootkits in post-exploitation scenarios.

9.4. Covering Tracks and Erasing Evidence

Covering tracks to avoid detection and forensic analysis.

Erasing digital footprints from logs and system artifacts.

Understanding anti-forensic techniques and their limitations.

Module 14: Wireless Network Security

9.1. Wireless Network Basics: Wi-Fi, WEP, WPA, WPA2

9.2. Cracking Wi-Fi Passwords using Aircrack-ng

9.3. Detecting Rogue Access Points with Kismet

Module 15: Social Engineering and Physical Security

10.1. Understanding Psychological Principles in Social Engineering

10.2. Phishing Attacks and Spear Phishing Techniques

10.3. Physical Security Assessments and Bypassing Access Controls

Module 16: Cryptography and Secure Communications

11.1. Principles of Cryptography and Encryption Algorithms

11.2. Secure Communication with SSL/TLS and SSH

11.3. Generating and Using Digital Certificates

Generating and Using Digital Certificates

Module 17: Network Defense and Countermeasures

12.1. Network Security Best Practices: Defense-in-Depth

12.2. Implementing Firewall Rules and Access Control Lists (ACLs)

12.3. Using Intrusion Detection Systems (IDS) to Monitor Network Traffic

Module 18: Incident Response and Forensics

13.1. Incident Response Phases and Procedures

13.2. Digital Forensics Tools and Techniques for Evidence Collection

13.3. Analyzing Forensic Artifacts to Identify the Attack Vector

Module 19: Ethics and Responsible Disclosure

16.1. The Importance of Ethical Behavior and Responsible Hacking

16.2. Reporting Vulnerabilities and Engaging in Responsible Disclosure

16.3. Discussion on the Role of Ethical Hackers in Improving Cybersecurity

6.3. Prioritizing Vulnerabilities for Remediation

Prioritizing vulnerabilities for remediation is a critical step in the vulnerability management process. Due to limited resources and time, organizations

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