<![CDATA[The widespread adoption of wireless networks has increased the popularity of Wi-Fi-based cameras due to their ease of installation and flexibility. However, Wi-Fi devices are highly vulnerable to deauthentication attacks, a type of denial-of-service (DoS) attack that repeatedly disconnects devices from the network without user awareness. This study presents a controlled experiment simulating deauthentication attacks on Wi-Fi cameras and detecting them using Wireshark. The findings demonstrate that these attacks consistently disrupt camera connectivity, causing interruptions of 50 seconds to 1 minute and 18 seconds across two scenarios. In the first scenario, the camera connection temporarily recovered between disruptions, while in the second, it remained in a reconnecting state without restoration. All attacks were successfully identified through captured deauthentication packets. This work provides experimental validation of a widely used deauthentication attack technique leveraging the Kali Linux operating system, emphasizing its significant impact on Wi-Fi cameras. Furthermore, it highlights the importance of developing mitigation strategies to address this threat in real-world environments.]]>
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