Why are multiple trusted networks utilized in Zscaler?

Utilizing multiple trusted networks in Zscaler is primarily focused on determining forwarding profile decisions. In a dynamic and distributed network environment, companies often have various locations and branch offices that need to route traffic efficiently. Multiple trusted networks allow Zscaler to understand the context of the traffic being generated and apply the appropriate forwarding policies based on predefined criteria such as the user’s location, device security posture, or type of application being accessed.

By categorizing traffic into different trusted networks, Zscaler can intelligently make decisions on how to forward that traffic—whether to send it directly to Zscaler’s cloud for security and inspection or handle it differently based on the established rules. This ensures that users experience optimized performance while maintaining security standards, as the forwarding profiles can be tailored to reflect the specific needs and policies of various segments of the network.

Other options, while relevant to network management, do not encapsulate the primary role of multiple trusted networks within the Zscaler architecture. Enhancing network security is a result of Zscaler’s overall functionality rather than a direct purpose of having multiple trusted networks. Allocating bandwidth among users deals more with traffic management rather than the forwarding decision-making process. Managing user permissions is another critical aspect of network security but is separate from