easylearn.ing
Easy Learning with Complete Ethical Hacking & Cybersecurity Course with Python
IT & Software > Network & Security
12.5 h
£34.99 £14.99
3.9 ★★★★★
6150 students

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Language: English

Sale Ends: 24 Apr

Ethical Hacking & Cybersecurity Masterclass with Python

What you will learn:

  • Create a virtual hacking lab using Windows, Kali Linux, and VirtualBox.
  • Master Python programming for cybersecurity.
  • Build a MAC address changer, network scanner, and ARP spoofer.
  • Write a packet sniffer using Scapy.
  • Develop a keylogger and backdoor (for ethical testing).
  • Detect and prevent ARP spoofing attacks.
  • Automate web application vulnerability scanning.
  • Perform basic website hacking and penetration testing.
  • Create Windows executables and implement persistence techniques.
  • Develop a vulnerability scanner for XSS vulnerabilities.

Description

Become a cybersecurity expert with our intensive ethical hacking course!

This comprehensive program goes beyond theory, providing hands-on experience in penetration testing, network security, and malware analysis using Python. Whether you're a complete beginner or an experienced IT professional looking to enhance your skills, this course will equip you with the in-demand abilities needed to excel in the cybersecurity field. We'll build a robust virtual lab environment, master Python's capabilities for security, and tackle real-world scenarios to solidify your learning.

What you will achieve:

Configure and manage secure virtual labs using Windows and Kali Linux.
Gain a strong foundation in Python programming tailored for cybersecurity applications.
Construct practical tools such as a MAC address changer, network scanner, and ARP spoofer.
Develop crucial skills in packet sniffing and network traffic analysis.
Learn ethical keylogger and backdoor creation for security testing purposes.
Master methods to identify and mitigate ARP spoofing attacks.
Automate web application vulnerability scanning.
Explore foundational Metasploit techniques and practice website penetration testing.

Why choose this course?

Practical Application: Engage in realistic hacking exercises to strengthen your skills.
Emphasis on Ethical Hacking: Focus entirely on security testing and defensive strategies.
Beginner-Friendly: Learn Python fundamentals alongside advanced hacking techniques.
Career Advancement: Gain invaluable skills highly sought after in ethical hacking and cybersecurity roles.

By the end of this course, you'll be equipped to dissect networks, recognize vulnerabilities, and employ Python to automate crucial security tasks. Join us and ethically master the art of cybersecurity defense!

Curriculum

Introduction

This introductory section sets the stage for the course. The "Course Promotion" lecture provides an overview of what to expect, while the "Course Introduction" lecture delves into the course structure and objectives, ensuring a smooth start to your learning journey.

Creating a Virtual Lab

This section guides you through setting up your virtual hacking lab using VirtualBox, Windows, and Kali Linux. You'll learn to install essential software like VS Code and grasp fundamental Kali Linux commands, providing the groundwork for all subsequent practical exercises.

Python Basics

This section covers the essential Python programming concepts necessary for the course. From fundamental data types and control structures (loops, conditions, functions) to working with lists, tuples, dictionaries, and sets, it builds a solid Python foundation for all the upcoming projects. The section also introduces working with external libraries via package installation and leveraging tools such as ChatGPT for code assistance within VS Code.

Changing MAC Address

This module dives deep into manipulating MAC addresses. Starting from a conceptual understanding, you'll use Python's subprocess module to execute system commands and build a fully functional MAC address changer. This section covers command-line argument handling, error management, and algorithm design principles, providing practical experience in low-level network manipulation.

Designing a MAC Changer Algorithm

This section takes a more algorithmic approach. You'll learn about algorithm design, regular expressions (regex) for string manipulation, and robust techniques for checking whether the MAC address has been successfully changed. It emphasizes efficient coding practices and attention to detail in program design.

Build a Network Scanner Program

This section teaches you how to build a network scanner using the Scapy library. It explains ARP protocols, crafting ARP requests, combining network frames for broadcasting, sending/receiving packets, and effectively iterating through nested data structures to extract relevant information. Efficient data analysis and clear output formatting are crucial aspects covered in this section.

Writing an ARP Spoofer

This section introduces you to ARP spoofing techniques. You'll build an ARP spoofer, learning to create and send ARP responses, extract MAC addresses, handle exceptions, and dynamically update the output. The emphasis is on writing robust and error-resistant code.

Writing a Packet Sniffer

Here, you will learn to capture and analyze network traffic using Scapy. You'll focus on extracting data from different packet layers, analyzing specific fields (like passwords and URLs), and addressing the nuances of data extraction in diverse network environments. This section showcases effective packet analysis and information extraction skills.

Writing an ARP Spoofer Detector

This module focuses on the defensive side of ARP spoofing. You'll create a program to capture and analyze ARP responses, identifying and detecting ARP spoofing attempts, thus highlighting the importance of proactive security measures.

Writing Malware – Keylogger

This section covers the ethical creation of a keylogger for educational purposes. You'll learn about keylogging principles, handling special keys, using threading and recursion, and implementing object-oriented programming techniques. The focus is on secure coding practices and responsible use of this knowledge.

Writing Malware – Backdoors

This section explores the creation of a backdoor program. You'll learn about client-server communication, socket programming, remote command execution, and secure file transfer mechanisms. Emphasis is on building robust and secure code while maintaining an ethical perspective.

Packaging and Deployment

This section demonstrates how to package Python scripts into standalone executables for Windows, run them silently, and implement persistence techniques. You’ll learn how to create Trojans (for educational purposes), embedding files within the executable and adding custom icons. This section requires careful attention to ethical considerations and the responsible application of acquired knowledge.

Website Hacking

This section introduces web application penetration testing using Metasploitable. You will learn to send HTTP requests, discover subdomains and hidden paths, and extract relevant data using regular expressions. The goal is to showcase ethical web vulnerability assessments and responsible testing practices.

Bypassing the Login Form

This section expands on web application penetration testing by focusing on bypassing login forms. You’ll learn to send POST requests, and explore methods to uncover vulnerabilities in authentication mechanisms. The emphasis is on responsible and ethical vulnerability testing.

Developing a Vulnerability Scanner

This advanced section focuses on building a vulnerability scanner to detect XSS (Cross-Site Scripting) vulnerabilities. You'll learn to parse HTML, extract attributes, submit forms automatically, and implement efficient techniques for vulnerability discovery. The focus remains on responsible and ethical application of these techniques.