The video shows you how to take advantage of Cisco DNAC 2.1 programmability. We will review a Python script that creates sites, a global IP pool, and reserve pools for the sites using two different methods; raw REST API and DNA Center SDK.
The video shows you how to take advantage of Cisco DNAC 2.1 programmability. We will review a Python script that creates sites, a global IP pool, and reserve pools for the sites using two different methods; raw REST API and DNA Center SDK.
The video shows you how to take advantage of Cisco DNAC 2.1 programmability. We will review a Python script that creates sites, a global IP pool, and reserve pools for the sites using two different methods; raw REST API and DNA Center SDK.
The video shows you how to add redundancy to SDA Border Node on Cisco DNAC 2.1. We will bring up a second Border Node in our SDA fabric and go through different failure scenarios including node, internal and external interface failures. Recommended setup will be provided on dual Border Nodes.
The video shows you how to add redundancy to SDA Border Node on Cisco DNAC 2.1. We will bring up a second Border Node in our SDA fabric and go through different failure scenarios including node, internal and external interface failures. Recommended setup will be provided on dual Border Nodes.
The video shows you how to add redundancy to SDA Border Node on Cisco DNAC 2.1. We will bring up a second Border Node in our SDA fabric and go through different failure scenarios including node, internal and external interface failures. Recommended setup will be provided on dual Border Nodes.
The video looks at an integration of Cisco SD-WAN with SDA Fabric on Cisco DNAC 2.1. The first half of the lab uses SD-WAN fabric as an IP transit and extend SDA Virtual Network across as VRF. We will also enable inline SGT to allow end-to-end microsegmentation. The second half touches upon an integration between vManage and DNAC as part of SD-WAN transit configuration.
The video looks at an integration of Cisco SD-WAN with SDA Fabric on Cisco DNAC 2.1. The first half of the lab uses SD-WAN fabric as an IP transit and extend SDA Virtual Network across as VRF. We will also enable inline SGT to allow end-to-end microsegmentation. The second half touches upon an integration between vManage and DNAC as part of SD-WAN transit configuration.
The video looks at an integration of Cisco SD-WAN with SDA Fabric on Cisco DNAC 2.1. The first half of the lab uses SD-WAN fabric as an IP transit and extend SDA Virtual Network across as VRF. We will also enable inline SGT to allow end-to-end microsegmentation. The second half touches upon an integration between vManage and DNAC as part of SD-WAN transit configuration.
The video looks at an integration of Cisco SD-WAN with SDA Fabric on Cisco DNAC 2.1. The first half of the lab uses SD-WAN fabric as an IP transit and extend SDA Virtual Network across as VRF. We will also enable inline SGT to allow end-to-end microsegmentation. The second half touches upon an integration between vManage and DNAC as part of SD-WAN transit configuration.
