acl

The video explores three additional aspects of AnyConnect client VPN configuration on Cisco Firepower 7.0. First, we will expand on a use of RADIUS attributes to control a VPN connection settings. Second, we will configure split-tunneling to select VPN traffic of interest. Third, we will enhance VPN security with tunnel filter to limit the type of traffic allowed over a VPN connection.

The video explores three additional aspects of AnyConnect client VPN configuration on Cisco Firepower 7.0. First, we will expand on a use of RADIUS attributes to control a VPN connection settings. Second, we will configure split-tunneling to select VPN traffic of interest. Third, we will enhance VPN security with tunnel filter to limit the type of traffic allowed over a VPN connection.

The video explores three additional aspects of AnyConnect client VPN configuration on Cisco Firepower 7.0. First, we will expand on a use of RADIUS attributes to control a VPN connection settings. Second, we will configure split-tunneling to select VPN traffic of interest. Third, we will enhance VPN security with tunnel filter to limit the type of traffic allowed over a VPN connection.

The video introduces you to Pre-filter policy on Cisco Firepower 6.7. We will demonstrate how prefilter policy can be used to pre-process traffic to allow (Fastpath), drop, or inspect. The second half of the lab covers Tunnel Rule that is used to analyze unencrypted tunnel traffic.

The video introduces you to Pre-filter policy on Cisco Firepower 6.7. We will demonstrate how prefilter policy can be used to pre-process traffic to allow (Fastpath), drop, or inspect. The second half of the lab covers Tunnel Rule that is used to analyze unencrypted tunnel traffic.

The video introduces you to Pre-filter policy on Cisco Firepower 6.7. We will demonstrate how prefilter policy can be used to pre-process traffic to allow (Fastpath), drop, or inspect. The second half of the lab covers Tunnel Rule that is used to analyze unencrypted tunnel traffic.

The video shows you how to configure non-fabric (aka Over-The-Top) wireless on Cisco DNAC 2.1. We will use DNAC to provision enterprise 802.1x wireless and guest with Central Web Auth (CWA) to authenticate against Cisco ISE. We will configure IP-Based ACL on DNAC to restrict network access on wireless client. Lastly, we will demonstrate an option of sending guest traffic to an anchor WLC.

The video shows you how to configure non-fabric (aka Over-The-Top) wireless on Cisco DNAC 2.1. We will use DNAC to provision enterprise 802.1x wireless and guest with Central Web Auth (CWA) to authenticate against Cisco ISE. We will configure IP-Based ACL on DNAC to restrict network access on wireless client. Lastly, we will demonstrate an option of sending guest traffic to an anchor WLC.

The video shows you how to configure non-fabric (aka Over-The-Top) wireless on Cisco DNAC 2.1. We will use DNAC to provision enterprise 802.1x wireless and guest with Central Web Auth (CWA) to authenticate against Cisco ISE. We will configure IP-Based ACL on DNAC to restrict network access on wireless client. Lastly, we will demonstrate an option of sending guest traffic to an anchor WLC.

The video continues from the previous Cisco FlexConnect video and looks at other FlexConnect-related features on Cisco 9800 WLC including VLAN-based central switching, and FlexConnect ACL in its various forms. Cisco ISE will be used in this lab to assign user VLAN and per-user ACL to FlexConnect client. The videos closes with a topic of centralized DHCP.