Real Ethernet break
AIRGAPNET places a controlled physical disconnect in front of the asset instead of relying only on software policy.
Technology
AIRGAPNET reduces unnecessary reachability by physically isolating selected systems and opening access only during authorised windows.
AIRGAPNET places a controlled physical disconnect in front of the asset instead of relying only on software policy.
The switching command travels over a separate cellular channel, so the data-plane network does not control its own reachability.
Bring the connection online for a scheduled backup, service appointment or verified operating window. Disconnect again when the task is complete.
AIRGAPNET Use Case Animation
A simple visual walkthrough showing how physical network isolation can reduce the reachable path between a compromised network and a protected system.

No persistent pathLive status
Current event
Scenario controls
A physical boundary, not just another software rule.
Protected systems are separated by default.
Temporary, intentional and auditable.
Events can be logged and reviewed.
This visual is a simplified scenario for educational purposes. Actual architecture depends on the network environment and implementation model.
Request technical consultation ->
Hardware showcase
AIRGAPNET sits inline with a selected asset or small segment. Its purpose is straightforward: remove unnecessary persistent reachability and restore access only for approved use.
Control: out-of-band GSM switching
Network role: inline Ethernet disconnect
Operation: scheduled, on demand or event-triggered
Fit: critical device or small segment
Reachability calculator
Estimate how much reachable time can be removed when an asset comes online only during approved operating windows.