What type of attack does 'Evil Twin' refer to in wireless security?

What type of attack does 'Evil Twin' refer to in wireless security?

• A. Denial of Service
• B. Eavesdropping
• C. Masquerading
• D. Signal Jamming

Answer: (C)

The 'Evil Twin' attack in wireless security refers to the practice of masquerading. In this context, an attacker sets up a rogue access point that appears to be a legitimate Wi-Fi hotspot that users may want to connect to, often using the same name (SSID) as a trusted network. This deception leads users to believe they are connecting to a secure and familiar network when, in fact, they are connecting to a malicious one. Once the victim connects to the Evil Twin, the attacker can intercept sensitive information, capture login credentials, and monitor network traffic. This type of attack takes advantage of users' trust in familiar networks, making it a particularly effective method of compromising wireless security. It highlights the importance of user awareness regarding secure connections and the need for organizations to implement additional security measures, such as using VPNs or secure protocols when connecting to public or semi-public networks.

The 'Evil Twin' attack in wireless security refers to the practice of masquerading. In this context, an attacker sets up a rogue access point that appears to be a legitimate Wi-Fi hotspot that users may want to connect to, often using the same name (SSID) as a trusted network. This deception leads users to believe they are connecting to a secure and familiar network when, in fact, they are connecting to a malicious one.

Once the victim connects to the Evil Twin, the attacker can intercept sensitive information, capture login credentials, and monitor network traffic. This type of attack takes advantage of users' trust in familiar networks, making it a particularly effective method of compromising wireless security. It highlights the importance of user awareness regarding secure connections and the need for organizations to implement additional security measures, such as using VPNs or secure protocols when connecting to public or semi-public networks.