Code signing uses digital certificates to verify the authenticity and integrity of software, ensuring it has not been tampered with after being created and delivered by the vendor.

Configuring API integrations between the appliance and network devices allows the appliance to instruct switches, routers, or firewalls to block or filter malicious traffic once threats such as lateral movement are detected. This approach enables enforcement across the network without requiring all traffic to pass directly through the appliance, supporting scalability.
Setting up a network tap and sending connection metadata to the appliance allows the appliance to monitor both north-south and east-west traffic without being placed inline. Because the appliance interface is limited to 1Gbps, sending metadata instead of full traffic ensures visibility while avoiding bandwidth limitations and maintaining scalable monitoring.

Packet capture allows the security team to analyze network traffic between the source and destination addresses, helping to identify communication issues or resource availability problems in real time.

When users log in to a corporate domain, they're typically presented with an acceptable use policy outlining the rules and responsibilities for system use before gaining access. This ensures they agree to organizational guidelines up front.