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The video shows you how to enable Local Web Authentication (LWA) on Cisco 9800 WLC. We will create a guest SSID that is protected by web authentication, and look at different configuration aspects including portal customization, installation of trusted certificate, and pre-auth ACL and URL. The lab finishes with a discussion around HTTPS redirect.

The video shows you how to enable Local Web Authentication (LWA) on Cisco 9800 WLC. We will create a guest SSID that is protected by web authentication, and look at different configuration aspects including portal customization, installation of trusted certificate, and pre-auth ACL and URL. The lab finishes with a discussion around HTTPS redirect.

The video shows you how to enable Local Web Authentication (LWA) on Cisco 9800 WLC. We will create a guest SSID that is protected by web authentication, and look at different configuration aspects including portal customization, installation of trusted certificate, and pre-auth ACL and URL. The lab finishes with a discussion around HTTPS redirect.

The videos looks at four different DHCP support options on Cisco 9800 WLC; namely DHCP bridging, DHCP relay on SVI and WLAN, and Internal DHCP. We will go through pros and cons of each option and why you would choose one option over the others.

The videos looks at four different DHCP support options on Cisco 9800 WLC; namely DHCP bridging, DHCP relay on SVI and WLAN, and Internal DHCP. We will go through pros and cons of each option and why you would choose one option over the others.

The video shows you a use of Centralized Data Policy in Cisco SD-WAN to implement traffic control and engineering. We will apply access-control based on IP, protocol, port, and application to limit communication between our SD-WAN sites. To demonstrate traffic engineering, we will use remote TLOC and local color to reroute traffic. We finish off with failover testing to see how traffic engineering behaves when there is a failure in the network.

The video shows you a use of Centralized Data Policy in Cisco SD-WAN to implement traffic control and engineering. We will apply access-control based on IP, protocol, port, and application to limit communication between our SD-WAN sites. To demonstrate traffic engineering, we will use remote TLOC and local color to reroute traffic. We finish off with failover testing to see how traffic engineering behaves when there is a failure in the network.

The video shows you a use of Centralized Data Policy in Cisco SD-WAN to implement traffic control and engineering. We will apply access-control based on IP, protocol, port, and application to limit communication between our SD-WAN sites. To demonstrate traffic engineering, we will use remote TLOC and local color to reroute traffic. We finish off with failover testing to see how traffic engineering behaves when there is a failure in the network.

The video shows you a use of Centralized Data Policy in Cisco SD-WAN to implement traffic control and engineering. We will apply access-control based on IP, protocol, port, and application to limit communication between our SD-WAN sites. To demonstrate traffic engineering, we will use remote TLOC and local color to reroute traffic. We finish off with failover testing to see how traffic engineering behaves when there is a failure in the network.

The video shows you how to use TLOC Extension to achieve path redundancy without having direct access to underlay transport in Cisco SD-WAN. We start by going over the concept of TLOC Extension before going through template configuration to allow our dual router setup to have access to both MPLS and internet.