Which term best describes Zscaler’s method of securing user connections?

Zscaler’s method of securing user connections is best described by dynamic traffic steering. This approach leverages real-time data to make decisions about how to route traffic securely and efficiently. In a dynamic environment, user requests are analyzed, and traffic is directed based on various factors including location, application type, and security posture. This allows for a more flexible and responsive security model, where connections can be adapted to changes in user behavior, network conditions, and threat landscapes.

Dynamic traffic steering provides advantages such as optimal performance, as users can connect through the nearest Zscaler node, minimizing latency and enhancing user experience while maintaining strong security controls. This method contrasts with more traditional static approaches that may not be able to adapt to real-time conditions, leading to potential vulnerabilities and degraded performance.

The other options refer to different methods or concepts that do not capture the core adaptability and responsiveness of Zscaler's security approach. Static routing is fixed and does not allow for rerouting based on current conditions, which lacks the flexibility required in modern security landscapes. Packet filtering involves examination and control of data packets but doesn’t encompass the dynamic adjustment of traffic flows that Zscaler employs. Client-side protection emphasizes securing the individual device or endpoint rather than the overall user connection process across