Investigating the Practicality of DNS-Based Authentication for Securing Wireless Networks

The security of Wi-Fi networks is a crucial situation for community directors. DNS-based total authentication is frequently mentioned as an opportunity for traditional username and password authentication since it gives appropriate scalability, stepped-forward security, and reduced risk. This paper strives to analyze the practicality of using the area name structures (DNS) for authentication of Wi-Fi networks, which integrates the users' authentication, roaming, and different operations along with encryption key distribution into the structure's core. The point of interest of the paper is to assess the ease of implementation, scalability, security, and overall performance of the DNS-based authentication technique. This study examines the practicality of using domain name system (DNS)-based authentication as a security measure for wireless networks. DNS-based authentication is a promising approach that leverages the inherent security of DNS and its widespread use. Through a literature review and analysis of existing protocols, this study explores the strengths and limitations of DNS-based authentication, and evaluates its effectiveness in mitigating common security threats in wireless networks. The findings suggest that while DNS-based authentication offers certain advantages, it also faces challenges such as scalability and single point of failure. Further research and development are needed to fully harness its potential and integrate it into existing wireless network security practices. In the end, the paper offers pointers for future studies. Universal, the paper suggests that DNS-primarily based authentication can be visible as a powerful method for securing wireless networks.