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Zero Trust sounds straightforward in theory: verify identity, apply least-privilege access, and prevent unnecessary lateral movement. In practice, many organizations struggle because traditional networks tie security policy to VLANs, subnets, and connection types. The result is inconsistent enforcement, added complexity, and more work for IT.
That problem becomes especially clear when users move between wired and wireless networks. In many environments, a user connecting on a wired network may be handled differently than when they join over Wi-Fi. Devices can also be treated differently depending on where they connect, creating policy drift that makes troubleshooting more difficult.
This demo shows you how Nile’s Zero Trust Fabric gives you the freedom to create policies based on identity and device context rather than physical port, VLAN, or network location. That means access privileges stay consistent as users and devices move across the environment.
We also highlight how unknown or non-compliant devices can be identified through agentless classification and automatically isolated. Instead of relying on disruptive VLAN changes, subnet reassignments, or complex reauthentication workflows, policy enforcement occurs in a simpler, more controlled manner.
That matters because Zero Trust should reduce risk without creating operational burden. When policy is unified across wired and wireless, IT teams spend less time tracking inconsistencies and more time focusing on outcomes that matter: stronger security, simpler operations, and a better user experience.
