Cyber Security (Self-Paced Professional Training , Hands-On Labs + Certification)

The Cyber Security & Ethical Hacking Course – Beginner to Intermediate is a comprehensive, hands-on training program designed for students, IT professionals, and career switchers who want to build real-world cybersecurity skills.

This course takes you from core cybersecurity fundamentals to advanced exploitation techniques using industry-standard tools such as Kali Linux, Nmap, Metasploit, BloodHound, DVWA, TryHackMe labs, Aircrack-ng, Wifite, and Crunch. You will gain deep practical exposure to network security, Linux & Windows security, Active Directory exploitation, web application hacking, wireless attacks, and post-exploitation techniques.

Unlike theoretical courses, this program emphasizes practical labs, simulated attack environments, and ethical hacking workflows aligned with real enterprise security scenarios. You will learn how attackers think and how defenders protect systems—covering Red Team, Blue Team, and Purple Team operations.

By the end of the course, you will be able to:

• Identify and exploit vulnerabilities responsibly

• Secure Linux, Windows, and network environments

• Perform vulnerability assessments and penetration testing

• Understand enterprise-level security architecture

• Prepare for entry-level cybersecurity and ethical hacking roles

This course is ideal for learners seeking a job-ready cybersecurity skillset with certification and hands-on experience.

What You Will Learn (Module-Wise Overview)

1. Cyber Security & Ethical Hacking Fundamentals

• Cyber threats, vulnerabilities, and defense strategies

• Phishing, password security, and web security basics

• Secure communication concepts

• Kali Linux & virtualization tools (VirtualBox, VMware)

• Red Team, Blue Team, and Purple Team roles

Learning Outcome:
Understand cybersecurity fundamentals, attack surfaces, and ethical hacking methodologies.

2. Virtualization for Cybersecurity Labs

• VirtualBox & VMware overview

• Types of virtualization

• Secure lab setup for testing

Learning Outcome:
Safely configure virtual labs for penetration testing without risking host systems.

3. Networking Fundamentals for Cybersecurity

• IP addressing, DNS, MAC, subnetting

• OSI & TCP/IP models

• Routers, switches, firewalls

• Diagnostic tools (ping, traceroute)

Learning Outcome:
Apply networking concepts to identify and secure vulnerable networks.

4. Linux Essentials for Cybersecurity

• Linux file system & terminal commands

• User and permission management

• Package installation and updates

Learning Outcome:
Operate Linux confidently for security testing and system hardening.

5. Windows OS & Security Essentials

• Windows architecture and file system

• Command Prompt & PowerShell

• Privilege and registry management

Learning Outcome:
Secure Windows systems and perform administrative security tasks.

6. Active Directory & Exploitation Techniques

• AD architecture & Kerberos authentication

• LDAP fundamentals

• BloodHound & PowerView exploitation

Learning Outcome:
Analyze and identify security weaknesses in enterprise Active Directory environments.

7. Red, Blue & Purple Team Operations

• Offensive security tactics (Red Team)

• Defensive monitoring (Blue Team)

• Collaborative simulations (Purple Team)

Learning Outcome:
Understand enterprise security collaboration models.

8–19. Web & System Exploitation (TryHackMe + DVWA Labs)

• Linux privilege escalation (LinPEAS, SSH keys)

• Post-exploitation & persistence

• Linux authentication hardening

• Web application hacking (command injection, reverse shells)

• Enumeration, credential extraction, SUID exploitation

• File upload vulnerabilities and DVWA exploitation

Learning Outcome:
Execute complete exploitation chains and implement secure remediation strategies.

20–24. Wireless Security & Password Attacks

• Wi-Fi adapter modes & monitor mode

• WPA/WPA2 handshake capture

• Deauthentication attacks

• Aircrack-ng, Wifite automation

• Wordlist generation with Crunch

Learning Outcome:
Audit wireless networks and strengthen defenses against Wi-Fi attacks.