
Explore the risks of cyberattacks and learn how to set up a Raspberry Pi as an access point to understand and defend against man-in-the-middle attacks.
Identify prerequisites for advanced mitm attacks using Raspberry Pi, including information gathering, client discovery, ip and mac address visibility, and basic Wireshark and packet analyzer concepts.
Discover hardware components for ethical hacking with a Raspberry Pi, including micro SD storage, adapters, and power options to support advanced MITM attack setups.
Explore the Raspberry Pi components, including USB mice, keyboards, wireless adapters, monitor connections, and the microSD card slot, and learn to write and install the operating system.
Install Etcher and a disk image writer, flash Caerleon Linux onto a Raspberry Pi 2 or 3, and configure an IP scanner and VNC viewer for remote access.
Format the micro SD card and write the Kali Linux image to it using a card reader, selecting full write. Then power on the Raspberry Pi with ethernet internet sharing.
Set up a shared internet connection on your laptop by enabling network sharing, then identify the Raspberry Pi gateway IP to prepare a VNC connection.
Install and configure the X11VNC server on a Raspberry Pi, set the password, start the service, and connect via a VNC viewer using the correct IP.
Fix the VNC viewer resolution on Kali Linux by editing the display configuration and rebooting the Raspberry Pi, then reconnect using the same IP to achieve the correct resolution.
learn to autostart a vnc server on a raspberry pi by creating a startup file, setting 755 permissions, and enabling auto login on kali linux.
Set up the Raspberry Pi to auto start the VNC server by adding a startup item, selecting the file in /usr/local/bin with 755 permissions, and rebooting.
Learn how to enable auto login to root on a Raspberry Pi, configure virtual machine settings, and use network scanning and VNC to simulate real-world ethical hacking scenarios.
Explore a long-duration data sniffing scenario for man-in-the-middle attacks using a Raspberry Pi, with a laptop acting as a vnc host to capture traffic over time.
Explore man-in-the-middle attacks between two wifi networks using a Raspberry Pi, focusing on theory, multi-network setups, and VNC connections to simulate cross-network intrusion.
Demonstrates a practical mitm attack across networks using a Raspberry Pi, connecting to the victim network, configuring gateway and target IPs, and analyzing captured traffic and screenshots.
Demonstrate performing a man-in-the-middle attack on all devices on a network using a Raspberry Pi, configuring targets, and fixing the first 24 bits of IP addresses.
Learn to gain system access between networks via a man-in-the-middle attack using MSF payloads on Windows and Internet Explorer 11.
Data breaches and network attacks continue to be one of the biggest threats to modern organizations. Understanding how attackers exploit network weaknesses is an important skill for cybersecurity professionals who want to build stronger and more secure systems.
In this course, we will explore practical Man-in-the-Middle (MITM) attack concepts using Raspberry Pi in a controlled lab environment. The goal of this course is to help students understand how these attacks work so that they can properly detect, analyze, and defend against them in real-world networks.
We will begin by setting up a lab environment and installing Kali Linux on Raspberry Pi. You will learn how to configure and manage a Raspberry Pi remotely without requiring a keyboard, mouse, or monitor. This setup allows the Raspberry Pi to act as a portable security testing platform for learning and research purposes.
After the lab setup, we will explore different MITM attack scenarios in controlled test environments. You will learn how network traffic can be captured for analysis, how attackers may attempt to intercept communication between systems, and how security professionals analyze captured network data to identify vulnerabilities.
We will also examine how a rogue or fake access point can be created in a lab environment to demonstrate how attackers attempt to trick users into connecting to malicious networks. Most importantly, the course will also focus on defensive strategies and best practices to secure networks from such attacks.
By the end of this course, students will understand how MITM attacks work and how to implement effective countermeasures to protect networks and users.
Disclaimer
Important: All demonstrations in this course are performed in controlled lab environments and are intended strictly for educational and defensive cybersecurity purposes. Students must follow all applicable laws and ethical guidelines. Unauthorized interception of data, attacks on networks, or use of these techniques on systems without permission is strictly prohibited.