prefilter

The video walks you through configuration of site-to-site IPSec VPN on Cisco FTD 6.1 with IKEv2. We will explore all three supported VPN topologies; point-to-point, hub-and-spoke, and full mesh. Our topology includes three VPN devices; two FTD as hub and spoke and an ISR router as another spoke. 

The video walks you through configuration of site-to-site IPSec VPN on Cisco FTD 6.1 with IKEv2. We will explore all three supported VPN topologies; point-to-point, hub-and-spoke, and full mesh. Our topology includes three VPN devices; two FTD as hub and spoke and an ISR router as another spoke. 

The video walks you through configuration of site-to-site IPSec VPN on Cisco FTD 6.1 with IKEv2. We will explore all three supported VPN topologies; point-to-point, hub-and-spoke, and full mesh. Our topology includes three VPN devices; two FTD as hub and spoke and an ISR router as another spoke. 

The video introduces you to Pre-filter policy on Cisco FTD 6.1. We will demonstrate how prefilter policy can be used in addition to a regular access control rule to allow (Fastpath) or drop traffic and prevent them from further processing. The second half of the videos takes you through another feature called Tunnel Rule that allows FTD to analyze unencrypted tunnel traffic.

The video introduces you to Pre-filter policy on Cisco FTD 6.1. We will demonstrate how prefilter policy can be used in addition to a regular access control rule to allow (Fastpath) or drop traffic and prevent them from further processing. The second half of the videos takes you through another feature called Tunnel Rule that allows FTD to analyze unencrypted tunnel traffic.

The video introduces you to Pre-filter policy on Cisco FTD 6.1. We will demonstrate how prefilter policy can be used in addition to a regular access control rule to allow (Fastpath) or drop traffic and prevent them from further processing. The second half of the videos takes you through another feature called Tunnel Rule that allows FTD to analyze unencrypted tunnel traffic.