
Section 1: Introduction & The Ultimate Hacking Lab
Lecture 1: Welcome to the Course: Your Path to Success
Lecture 2: The Ethical Hacking Roadmap: From Recon to Exploitation
Lecture 3: Virtualization 101: Installing VirtualBox (Windows, Mac, Linux)
Lecture 4: Setting Up Your Attacker Machine: Installing Kali Linux
Lecture 5: Professional Setup: Essential Configurations for your Lab
Lecture 6: Hacking Fundamentals: The Principles of Ethical Hacking
Section 2: [Bonus] Linux Essentials for Hackers
Lecture 7: Introduction to the Linux Terminal
Lecture 8: Navigating the File System like a Pro
Lecture 9: Managing Files, Permissions, and Users
Lecture 10: Essential Network Commands for Ethical Hackers
Section 3: Reconnaissance (Information Gathering)
Lecture 11: The Footprinting Phase: Know Your Target
Lecture 12: Passive Recon: Using Whois and WhatWeb Stealth Scans
Lecture 13: Advanced Username Discovery Techniques
Lecture 14: [PROJECT] Coding an Automated Email Scraper Tool
Lecture 15: Using OSINT Tools for Deep Target Analysis
Section 4: Scanning & Enumeration
Lecture 16: The Scanning Phase: Identifying Entry Points
Lecture 17: Networking 101: Understanding TCP and UDP
Lecture 18: Master Class: Using Nmap for Port Scanning
Lecture 19: Advanced Nmap: Service Versioning and OS Detection
Lecture 20: Working with Firewalls: Decoys and Packet Fragmentation
Lecture 21: [PROJECT] Building a Multi-Threaded Port Scanner in Python
Section 5: Vulnerability Analysis
Lecture 22: Finding the Weak Link: Vulnerability Research
Lecture 23: Using Vulnerability Scanners (Nessus/OpenVAS)
Lecture 24: Targeting Windows: Identifying Known Vulnerabilities
Lecture 25: Exploiting Weaknesses in Outdated Operating Systems
Section 6: Exploitation: Gaining Access
Lecture 26: Introduction to the Metasploit Framework (MSF)
Lecture 27: Selecting Payloads: Reverse Shells vs. Bind Shells
Lecture 28: Creating Viruses and Trojans with MSFVenom
Lecture 29: Delivery Methods: Social Engineering via Email and USB
Lecture 30: Attacking Windows Machines: Step-by-Step
Lecture 31: Privilege Escalation: From User to System Admin
Section 7: Post-Exploitation & Maintaining Access
Lecture 32: You’re In! Now What? Post-Exploitation Basics
Lecture 33: Establishing Persistence: Never Lose Your Connection
Lecture 34: [PROJECT] Creating a Persistent Python Backdoor
Lecture 35: Covering Your Tracks: Deleting Event Logs and Evidence
Section 8: Website Penetration Testing
Lecture 36: Web Vulnerability Lab Setup (DVWA/Metasploitable)
Lecture 37: Exploit: File Upload Vulnerabilities
Lecture 38: Exploit: Remote Code Execution (RCE)
Lecture 39: Introduction to SQL Injection (SQLi)
Lecture 40: Cross-Site Scripting (XSS) for Beginners
Lecture 41: Generating Stealthy PHP Backdoors with Weevely
Lecture 42: [PROJECT] Coding a Login Brute-Force Script
Lecture 43: [PROJECT] Building a Directory Discovery Tool
Section 9: Wireless Network Hacking (Wi-Fi)
Lecture 44: Wireless Basics: WEP, WPA, and WPA2
Lecture 45: Putting your Wi-Fi Card into Monitor Mode
Lecture 46: Aircrack-ng Master Class: Cracking Passwords
Lecture 47: GPU-Accelerated Cracking with Hashcat
Lecture 48: Securing your own Wireless Network
Section 10: Man-in-the-Middle (MITM) Attacks
Lecture 49: Understanding the MITM Attack: ARP Poisoning
Lecture 50: Sniffing Data: Capturing Passwords in Plain Text
Lecture 51: Tools of the Trade: Bettercap and Ettercap
Lecture 52: Defending against MITM and Packet Sniffing
Section 11: Conclusion & Career Advice
Lecture 53: Final Summary: Putting the Pieces Together
Lecture 54: How to get a Job as an Ethical Hacker
Lecture 55: Staying Legal: The Rules of Professional Engagement
Unlock the Meterpreter shell's full potential. Essential post-exploitation commands for networking, file system navigation, process management, and sophisticated surveillance such as keylogging and screen capture in Kali Linux are covered in this article.
In this video you will learn how to configure a persistence service that automatically reconnects to your Kali Linux machine every time the target boots up.
In this tutorial, we will walk through the advanced workflow of bypassing Windows User Account Control (UAC), escalating to the nt authority\system account.
An ethical hacker or penetration tester will need to "clear the field" to examine how your custom-coded payloads, backdoors, or exploit chains operate without the intervention of built-in security heuristics.
Windows Defender is a powerful opponent. It is built to be resilient, often reactivating itself minutes after you turn it off in the settings. For a researcher attempting to conduct a thorough investigation of a target's vulnerabilities, the "auto-heal" feature might be a severe impediment.
This comprehensive video will bring you through a highly professional way for permanently disabling Windows Defender.
I am very thrilled to begin this journey with you! But, as always, before we get into the technical details, we need to understand where we're starting and where we're going. A clear path is critical to your success in this course, so let's have a look at what we've created for you.
We’re going to start by building your Ultimate Hacking Lab. Now, don’t worry whether you’re on Windows, Mac, or Linux—you’ll be able to follow along perfectly. We’re going to use Virtual Machines to install Kali Linux, the industry-standard OS for ethical hacking, right on your machine. All the tools we’ll use are completely free, and by the end of this section, you’ll have a professional setup ready to simulate real-world environments.
Before we get our hands dirty, we’ll cover the Basics and Principles of Hacking. This foundation is what sets up professional hackers for success.
Then, we get into the fun part. The first step in our attack cycle is Reconnaissance, also known as footprinting or information gathering. Once we choose a target, our task is to learn everything about it. We’ll talk about IP addresses, Whois lookups, WhatWeb stealth scans, finding usernames, and even building our own email scraper tool.
From there, we move into Scanning, and this is where things get real. We’ll gather deep technical data: open ports, firewalls, and outdated software. If you’re new to this, don’t worry—I’ll take you from scratch. You’re going to master TCP/UDP, the powerful Nmap tool, and learn how to bypass firewalls using decoys and packet fragmentation. We’ll even build a custom port scanner together.
Next, we do a vulnerability analysis. In this section, we use the information acquired in previous sections to assess if there is a known vulnerability that we can exploit. We'll utilize a variety of tools to learn about our target system and where its flaws are. We'll work on a Windows machine with a vulnerability to demonstrate how we can break into it and exploit it.
That leads us to the most exciting part of the course: Exploitation. This is where we attack and gain access. We’ll cover various targets and master the Metasploit Framework. Our goal is to drop a payload on a target machine so we can navigate their files, execute commands, or even delete data—all without being detected. You’ll learn to create your own viruses and Trojans to understand how they are delivered and, more importantly, how to defend against them.
But getting in isn't enough. We also cover Post-Exploitation. This is what we do once we own the machine. You’ll learn how to create 'persistence' so you don't lose your connection, and how to cover your tracks by deleting event logs and evidence of your presence.
We then dive into a massive topic: Website Penetration Testing. We’ll target web-specific bugs like File Upload vulnerabilities, Code Execution vulnerabilities, SQL injection, XSS, and command injections. You’ll even code your own login brute-force and a directory discovery tool, and learn how to generate backdoors with Weevely and other tools.
We won’t stop at websites; we’ll also cover Wireless Cracking. You’ll learn how to gain access to networks by cracking Wi-Fi passwords using tools like Aircrack and Hashcat. Then, we’ll master the Man-in-the-Middle (MITM) attack, where we learn to sniff unencrypted data and see passwords in plain text.
As a bonus, I’ve included a section on Linux Basics. Since most hacking tools are built for Linux, it’s vital that you understand how to navigate the operating system like a pro.
We have a lot to cover, and I promise to take you from absolute zero to a confident ethical hacker. Let's get started!