See agentless network enforcement in action.
Follow a device from permitted access to restriction and back, with connectivity tests and ARP-table changes visible in the demo.
What you’ll see
- See how a policy decision affects a protected IPv4 endpoint.
- Compare connectivity and ARP-table behavior before and after restriction.
- Understand how network coverage relates to appliances and remote sensors.
Video walkthrough
Review normal access
The administrator reviews the trusted Windows client and its permitted connectivity.
Restrict the endpoint
The access decision changes, and the client’s connectivity tests demonstrate the restriction.
Restore policy-based access
The administrator returns the endpoint to Auto Policy. Connectivity resumes and the ARP table returns to its normal state.
Understand network coverage
The video discusses subnet coverage, regional appliances and remote sensors.
Chapter links open the selected moment on YouTube.
Read the condensed transcript
The video starts with a Windows client receiving full access because it satisfies the demonstrated trust conditions. Connectivity tests to the gateway, an internal server and the internet succeed. The administrator then changes the access decision to restrict the endpoint. The client’s tests fail, and its ARP table shows the enforcement path involving the EasyNAC appliance. Returning the endpoint to Auto Policy restores permitted access and normal connectivity. The final section discusses coverage for additional subnets and locations, including regional appliances and remote sensors. This is an IPv4 LAN enforcement demonstration; plan appropriate subnet visibility and connectivity for the networks being protected.
Condensed from the original demonstration for readability. This video shows an earlier EasyNAC interface. Connector requirements and available checks depend on your current release and configuration.
Try it on your network.
Start with a practical agentless NAC pilot, or talk to us about your network and security tools.