Ethical Hacking: Man in the Middle Attacks Basic to Advance

Set up a lab by installing a penetration-testing operating system and configuring virtualization with VirtualBox. Then run multiple virtual machines to safely explore penetration-testing tools.

Install and configure virtual box and an operating system, import image, set the machine name and snapshots, and configure network settings with a bridge adapter before starting and logging in.

Set up a Linux VM in VMware for ethical hacking by importing Kali Linux, adjusting RAM and CPU, and configuring bridge networking to obtain an IP.

Explore the Kali OS interface, navigate the star bar and applications, learn how information gathering, wireless attacks, reverse engineering and exploits are organized, and use the terminal for command-line tools.

Create and restore virtual machine snapshots to back up the system before major changes, then revert to a prior state to recover from mistakes.

Explore what a man-in-the-middle attack is and how an attacker inserts into two-system communication, with packets sniffed or dropped; learn types like session hijacking and DNS spoofing.

Learn to use Wireshark for man-in-the-middle analysis by starting the tool, capturing traffic, and filtering by IP address, protocol, HTTP, and user-agent details.

Explore how to use Wireshark to capture and analyze packets in a simulated man-in-the-middle scenario, observing HTTP traffic, login credentials, form data, and session IDs.

Learn how information gathering kicks off ethical hacking by collecting data on networks, mapping devices, and identifying active hosts and operating systems to guide penetration testing.

Identify and map connected clients quickly by scanning the local network to reveal IP addresses, MAC addresses, and device names, then log the details for targeted port and service scanning later.

Learn how nmap, an open source network scanner, identifies live hosts, OS details, and port status using both command line and graphical interface, highlighting information gathering in penetration testing.

Explore arp poisoning and how it enables a man-in-the-middle attack by spoofing ip-mac mappings in the arp table, deceiving devices at an access point and redirecting traffic.

Explore a practical ARP poisoning attack that enables a man in the middle by manipulating target and access point addresses, and capture and analyze packets to reveal sensitive information.

Learn arp poisoning with Ettercap to perform a man-in-the-middle attack, configure interfaces, specify ip targets, and capture and analyze traffic between access points and victims.

Explore mitmf for understanding man-in-the-middle attacks, including arp spoofing, intercepting browser data, and real-time capture demonstrations with wireshark.

Explore a man-in-the-middle attack that captures screenshots from the victim machine using a screen capture tool, demonstrating stealthy monitoring and potential abuse without device interaction.

Explore debugging errors when capturing a victim's screenshots in man-in-the-middle scenarios, with practical troubleshooting steps and support guidance.

Demonstrate injecting a JavaScript file in the victim, create a simple JavaScript payload, and trigger an alert across browsers to show the technique.

Demonstrates injecting a BeEF hook into a victim's browser to control and monitor the session, run exploits, capture cookies, and explore session hijacking.

install xerosploit, a tool for man-in-the-middle attacks, and explore its installation process and options to run mitm exploits in a lab setting.

Explore how to perform mitm attacks with xerosploit, map networks, choose targets, and run modules for sniffing, dos, dns poisoning, and ssl adaptations.

Install and configure Xplico to visualize captured network data, analyze files, and perform live and saved captures via its web interface, complementing Wireshark analysis.

Capture network traffic using the dmf framework, save the capture as a pcap file, and analyze it with wireshark and xplico to form a session.

Explore how to use Metasploit to simulate gaining full access to a Windows 7 system via a browser exploit, including configuring listener options in a controlled lab.

Demonstrates completing system access via MITM attacks using Metasploit, embedding the exploit link, gaining open sessions on a Windows target, and outlining capabilities like screen capture and file transfer.

Interact with a Mettenberger session to enumerate processes, view directories and files, capture screenshots, and prepare for further exploitation of the victim's machine.

Demonstrates complete system access with Metasploit on a Windows target, identifying victim IPs, and downloading and uploading files to the remote machine for control.

Explore session hijacking as a form of cookie hijacking in ethical hacking. Learn that a session is a data-exchange window between two systems, which an attacker can hijack.

Demonstrate a practical session hijacking attack by sniffing cookies from network traffic and using them to log into a victim's account without credentials.

Explore dns spoofing, where a fake server redirects requests to a site that looks real and captures the victim's credentials for the attacker.

Demonstrates DNS spoofing in practice by redirecting victim traffic to an attacker machine, featuring a fake Facebook login page served via Apache.

Expose how a fake access point enables a man-in-the-middle attack by intercepting victim traffic through the attacker. Learn the four man-in-the-middle techniques: poisoning, session hijacking, DNS, and fake access point.

Learn to set up a fake access point to perform a man-in-the-middle attack, capture and sniff unencrypted traffic from a connected mobile device.