What does Trusted Network Detection evaluate to determine whether a user is on a trusted network?

Trusted Network Detection evaluates key network parameters to ascertain whether a user is connected to a trusted network. The correct choice focuses on essential aspects such as hostname, IP address, and DNS servers, which together form a reliable basis for identifying the reliability and security of the network.

Hostname and IP address are critical for determining the origin of the user's connection and aligning it with predefined trusted networks. If a user's device connects to a network, the system checks the IP address against trusted ranges or specific configurations to establish whether the network is recognized as safe. Additionally, examining DNS servers can shed light on network security; trusted networks typically utilize specific DNS servers that are secure and managed, unlike potentially harmful ones that could be linked to malicious activities.

Other aspects like network bandwidth and latency do not necessarily indicate the trustworthiness of a network, as they simply reflect performance metrics rather than security or identity markers. Application responsiveness pertains to how well software functions over a network but does not provide insights regarding network security. Similarly, user authentication methods focus on verifying user identity rather than determining the trustworthiness of the network they are connected to. Thus, the evaluation of hostname, IP address, and DNS servers is paramount for ensuring that users are accessing Zscaler services securely from trusted networks.