How does Zero Trust differ from traditional perimeter-based Cybersecurity models?

All answers to this question.

In the old "castle and moat" model, once someone was inside the network via VPN, they had broad access. Zero Trust changes this by removing the concept of a "trusted" internal network. From a <Cybersecurity> standpoint, this means every single access request is authenticated, authorized, and encrypted based on context—like user location, device health, and the sensitivity of the data. You aren't just checking a password; you are checking if the laptop has the latest patches and if the user is logging in from a known IP before granting access to a specific application.

   Answered 2025-08-18 by Heather Davidson

Does implementing a Zero Trust architecture significantly increase the latency for remote users compared to a traditional split-tunnel VPN connection?

   Answered 2025-09-10 by Daniel Brooks

• Actually, Daniel, it often improves performance. By using a Software-Defined Perimeter (SDP), users connect directly to the application they need rather than backhauling all traffic through a central data center VPN, which reduces the "trombone effect" and minimizes overall network latency.

     Commented 2025-09-15 by Paul Harrison

Think of it like a hotel. The firewall is the front door, but Zero Trust is the keycard you need for the elevator AND your specific room door.

   Answered 2025-10-01 by Sandra Kelly

• Perfect analogy, Sandra! It’s all about least-privilege access. You only get the "key" to exactly what you need to do your job and nothing more.

     Commented 2025-10-05 by Heather Davidson