
I like Zscaler Internet Access for its direct to cloud access, eliminating VPN lag and providing centralized management, global policy control, and real-time analytics. I appreciate its AI-powered SSL inspection, as it effectively scans and detects zero-day threats, transitioning smoothly where traditional filters might miss. The feature that stands out the most for me is the AI-powered SSL inspection, which has turned our biggest security blind spot into our strongest layer of defense. Zscaler's solution allows us to inspect all encrypted traffic without slowing down our bandwidth or forcing hardware upgrades. I also love the scalability since it's cloud-native, and it doesn't require worrying about CPU cycles, whether you have a small or large number of users streaming or downloading heavy data. It makes the VPN experience actually feel faster than being in the office and provides anti-virus engines without the latency that multiple appliances would introduce. Review collected by and hosted on G2.com.
It's easy for an admin to accidentally create overlapping roles and troubleshooting exactly why a specific site is blocked can sometimes feel like finding a needle in a haystack. Mainly, developer tools like Docker, Python, and Git use their own internal trust stores instead of the system's certificate store, leading to problems when Zscaler Internet Access tries to inspect this traffic. It frequently breaks the developer environment, requiring significant time to build workarounds. Additionally, when a user moves from a wired connection to Wi-Fi or a 5G hotspot, the Zscaler client connector can get stuck, leaving the user without internet access for up to sixty seconds. Finally, during network transitions, the client connector isn't always as seamless as hardware-based breakouts, especially on Mac OS or Linux. Review collected by and hosted on G2.com.