Course Content
Understand the basics of ethical hacking and why it is important
Understanding the basics of ethical hacking helps students learn how hackers think and how cyber attacks happen. It teaches the importance of protecting systems, finding security weaknesses before criminals do, and keeping personal and organizational data safe. Ethical hacking is important because it helps build a safer digital world and prepares students for future careers in cybersecurity.
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Learn about Reconnaissance & Footprinting
Students will learn about Reconnaissance is the first and most critical phase of any penetration test. This topic teaches students how to gather intelligence about a target legally — using both passive (non-intrusive) and active methods. Master this topic and you will think like a real attacker.
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Explore Scanning, Exploitation & Post-Exploitation
This is the most technical and exciting topic of the course. Students will perform actual attack simulations in a controlled lab environment using industry-standard tools. Always practice ONLY on systems you own or have explicit permission to test.
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Understand the Web Application Hacking & Career Preparation
Web application vulnerabilities are the #1 source of security breaches in modern organizations. This final topic teaches the OWASP Top 10 attacks, secure code review, and everything needed to land your first cybersecurity job or internship.
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Introduction to Ethical Hacking for Students

Core Cryptographic Concepts

Concept

How It Works

Real-World Use

Symmetric

Same key encrypts & decrypts (AES, DES)

File encryption, VPN tunnels

Asymmetric

Public key encrypts, private key decrypts (RSA)

HTTPS, email signing, SSH

Hashing

One-way transformation (MD5, SHA256)

Password storage, file integrity

Digital Sig

Proves authenticity using private key

Code signing, document verification

SSL/TLS

Encrypts communication over internet

HTTPS websites, secure APIs

 

📌 Placement Tip: Be able to explain the difference between encoding, encryption, and hashing. Encoding (Base64) is reversible without a key. Encryption requires a key. Hashing is one-way and irreversible.

 

Common Attack Against Cryptography

  • Brute Force Attack — Trying all possible keys or passwords
  • Dictionary Attack — Using a wordlist to crack password hashes
  • Rainbow Table Attack — Pre-computed hash table for fast cracking
  • Man-in-the-Middle — Intercepting communication to decrypt/re-encrypt

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