In the dynamic landscape of cybersecurity, understanding the vulnerabilities of your network is paramount. WiFi security is a crucial aspect that demands meticulous attention. In this comprehensive guide, we delve into the intricacies of hack WiFi password using the powerful tool, Airgeddon, specifically focusing on the nefarious technique known as the Evil Twin Attack.
What is Airgeddon?
Airgeddon stands out as a versatile, all-in-one tool designed for wireless security assessments. It integrates various renowned wireless tools to streamline and enhance the process of auditing and attacking WiFi networks. This tool has gained popularity among ethical hackers and security professionals for its efficiency and effectiveness.
Understanding the Evil Twin Attack
The Concept
The Evil Twin Attack is a deceptive strategy wherein an attacker creates a rogue WiFi access point with a name identical or similar to a legitimate network. Unsuspecting users connect to this fraudulent network, allowing the attacker to intercept and manipulate their data.
Airgeddon Role
Airgeddon simplifies the execution of the Evil Twin Attack by automating the intricate steps involved. From capturing handshakes to generating convincing rogue access points, Airgeddon empowers users with a user-friendly interface, making it accessible even for those with limited technical expertise.
Disclaimer: The information in this blog is for educational purposes only. Always practice ethical hacking and obtain proper authorization before engaging in security-related activities.
Prerequisites for the Evil Twin Attack
Before embarking on this security assessment journey, ensure you have the following prerequisites:
- A compatible wireless network adapter.
- Kali Linux Terminal
- Airgeddon installed on your system.
- A clear understanding of the target network’s environment.
Airgeddon Installation: Step-by-Step Guide
Step 1: Install Airgeddon
Commence the installation process on your system by opening the terminal and cloning the Airgeddon repository from GitHub using the following command:
git clone https://github.com/v1s1t0r1sh3r3/airgeddon.gitStep 2: Navigate to the Airgeddon Directory
Change your working directory to the recently cloned Airgeddon folder:
cd airgeddonStep 3: Grant Execution Permissions
Ensure the script possesses the necessary permissions to run effectively:
chmod +x airgeddon.shStep 4: Launch Airgeddon
Execute the Airgeddon script:
./airgeddon.shStep 5: Select Target Interface
Choose your wireless network interface from the list presented by Airgeddon. This interface will be utilized to execute the attack.
Step 6: Enable Monitor Mode
Airgeddon will prompt you to enable Monitor Mode for the selected interface. Follow the on-screen instructions to enable it.
Step 7: Scan for Networks
Conduct an extensive network scan to identify available networks. From the list presented, carefully select your target network.
Step 8: Choose Attack Vector
Airgeddon provides a menu with various attack vectors. Opt for the “Evil Twin” attack option to proceed.
Step 9: Clone Target Network
Airgeddon will initiate the cloning process for the target network, creating a malevolent twin. Customize the SSID and encryption type for your Evil Twin network.
Step 10: Configure Captive Portal
Set up a Captive Portal for your Evil Twin network to capture login credentials from unsuspecting users.
Step 11: Start the Attack
Airgeddon will configure the Evil Twin attack, broadcasting the malicious network. Patiently wait for unsuspecting users to connect.
As the attack unfolds, it’s crucial to exercise patience and allow time for users to enter their credentials.
In our simulated attack scenario, we strategically employed a deauthentication attack on the original Wi-Fi network, causing it to go offline. Consequently, client devices lost connection to the legitimate network, providing us with an opportunity. Swiftly, we established a rogue access point mirroring the original network’s name, leveraging the client’s trust in recognizing the familiar SSID.
The user, assuming it was the legitimate network, attempted to reconnect, entering the correct password. Unbeknownst to them, our malicious rogue access point surreptitiously captured the password, granting unauthorized access to their credentials and potentially compromising their security. This scenario emphasizes the necessity of remaining vigilant and cautious when connecting to Wi-Fi networks, especially in public or unfamiliar environments.
Upon entering the correct password, Airgeddon captures the information and seamlessly halts the attack. Subsequently, it effortlessly reconnects to the original network, ensuring a smooth transition without raising any suspicions or doubts.
Consequently, the user remains oblivious to the ongoing activities, seamlessly re-establishing a connection with the genuine network without any inkling of the transpired security breach. This discreet process underscores the sophisticated nature of the Evil Twin Attack executed by Airgeddon, leaving users unaware of potential compromises to their sensitive information.
Conclusion:
Airgeddon serves as a robust defense mechanism against Evil Twin attacks, empowering users to navigate the perilous landscape of network security threats and fortify their networks against potential intrusions. It is imperative to approach the use of this tool with responsibility and ethical considerations, respecting the privacy and security of others.
In the pursuit of enhancing cybersecurity, it is crucial to stay vigilant and engage in ethical hacking practices. By doing so, we contribute to the greater good of cybersecurity, ensuring a safer and more secure digital environment for all. Happy hacking!
