What does Zscaler Private Access isolation policy control?

What does Zscaler Private Access isolation policy control?

• A. It prevents two clients on the same network from communicating
• B. It controls Browser Based Access to redirect the session into a web container
• C. It triggers Zscaler Client Connector to prevent access to all applications
• D. It moves all user traffic into a container on the client

Answer: (B)

The isolation policy in Zscaler Private Access specifically focuses on controlling the way browser-based access sessions are handled, particularly by redirecting them into a secure web container. This is essential for maintaining security and ensuring that applications accessed via the browser are isolated from other activities on a user's device. This isolation helps protect sensitive enterprise applications from potential threats that may arise from other sessions or applications running on the same device. In a secure environment, having this containment minimizes the risks of cross-contamination and allows for more robust security measures to be enforced on web sessions, ensuring enterprise data remains protected while being accessed remotely. The security container can implement specific security policies and controls that might not be available when applications are accessed directly through the browser, thereby enhancing overall security. The other options address different functionalities not directly related to isolation policy. For instance, the prevention of communication between clients on the same network is not the primary purpose of the isolation policy, nor does it relate directly to the use of application traffic containers. Similarly, the options involving access prevention to all applications or moving user traffic into containers do not accurately reflect the specific role of isolation policies in managing browser-based access sessions.

The isolation policy in Zscaler Private Access specifically focuses on controlling the way browser-based access sessions are handled, particularly by redirecting them into a secure web container. This is essential for maintaining security and ensuring that applications accessed via the browser are isolated from other activities on a user's device. This isolation helps protect sensitive enterprise applications from potential threats that may arise from other sessions or applications running on the same device.

In a secure environment, having this containment minimizes the risks of cross-contamination and allows for more robust security measures to be enforced on web sessions, ensuring enterprise data remains protected while being accessed remotely. The security container can implement specific security policies and controls that might not be available when applications are accessed directly through the browser, thereby enhancing overall security.

The other options address different functionalities not directly related to isolation policy. For instance, the prevention of communication between clients on the same network is not the primary purpose of the isolation policy, nor does it relate directly to the use of application traffic containers. Similarly, the options involving access prevention to all applications or moving user traffic into containers do not accurately reflect the specific role of isolation policies in managing browser-based access sessions.