Which strategy should the organization use for Wi-Fi hardening?
Disable ESSID broadcasting is the best strategy for Wi-Fi hardening.
Disabling ESSID broadcasting helps to conceal the network from casual detection, making it less visible to unauthorized users and potential attackers. This simple action adds a layer of security, although it should be complemented with other security measures for effective Wi-Fi hardening.
Disabling ESSID broadcasting makes the Wi-Fi network invisible to devices scanning for available networks. This strategy reduces the likelihood of unauthorized access attempts, as potential intruders will not easily find the network. While it does not provide complete security on its own, it is an essential step in a comprehensive Wi-Fi hardening approach.
WEP is an outdated encryption protocol that has known vulnerabilities and can be easily compromised. Relying on WEP undermines the security of the Wi-Fi network, as attackers can exploit its weaknesses to gain unauthorized access. Modern networks should instead use stronger encryption methods, such as WPA2 or WPA3.
Trusting local hosts by default can create significant security risks, as it may allow unauthorized devices to connect to the network without proper verification. A more secure approach involves implementing strict authentication measures, ensuring that only verified devices can access the Wi-Fi network.
While adding more access points can improve coverage and connectivity, it does not inherently enhance the security of the Wi-Fi network. Without proper security measures in place, additional access points could inadvertently increase vulnerability, providing more entry points for potential attackers.
For effective Wi-Fi hardening, disabling ESSID broadcasting stands out as a key strategy to enhance network security by limiting visibility. Other options, such as relying on outdated encryption methods or trusting local hosts, can expose the network to risks rather than mitigate them. A layered security approach, including disabling broadcasting alongside robust encryption and authentication protocols, is essential for protecting wireless networks against unauthorized access.
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