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The video looks at a way to perform day-0 device provisioning using Cisco APIC-EM PnP application with Prime Infrastructure 3.1.  We will create bootstrap files, device profile and demonstrate different device bootstrap options using a router, switch, and access point as examples. We will explore various methods of bootstrapping a device. You will get to see the entire process from device bootup to when they are fully provisioned.

The video looks at a way to perform day-0 device provisioning using Cisco APIC-EM PnP application with Prime Infrastructure 3.1.  We will create bootstrap files, device profile and demonstrate different device bootstrap options using a router, switch, and access point as examples. We will explore various methods of bootstrapping a device. You will get to see the entire process from device bootup to when they are fully provisioned.

The video looks at a way to perform day-0 device provisioning using Cisco APIC-EM PnP application with Prime Infrastructure 3.1.  We will create bootstrap files, device profile and demonstrate different device bootstrap options using a router, switch, and access point as examples. We will explore various methods of bootstrapping a device. You will get to see the entire process from device bootup to when they are fully provisioned.

The video looks at a way to perform day-0 device provisioning using Cisco APIC-EM PnP application with Prime Infrastructure 3.1.  We will create bootstrap files, device profile and demonstrate different device bootstrap options using a router, switch, and access point as examples. We will explore various methods of bootstrapping a device. You will get to see the entire process from device bootup to when they are fully provisioned.

The video looks at a way to perform day-0 device provisioning using Cisco APIC-EM PnP application with Prime Infrastructure 3.1.  We will create bootstrap files, device profile and demonstrate different device bootstrap options using a router, switch, and access point as examples. We will explore various methods of bootstrapping a device. You will get to see the entire process from device bootup to when they are fully provisioned.

The video looks at a way to perform day-0 device provisioning using Cisco Network Service (CNS) on Cisco Prime Infrastructure 3.1 We will go through the concept of device Plug & Play and introduce you to CNS. We will create bootstrap files, device profile and demonstrate different device bootstrap options using a router and switch as examples. You will get to see the entire process from device bootup to when they are fully provisioned.

The video looks at a way to perform day-0 device provisioning using Cisco Network Service (CNS) on Cisco Prime Infrastructure 3.1 We will go through the concept of device Plug & Play and introduce you to CNS. We will create bootstrap files, device profile and demonstrate different device bootstrap options using a router and switch as examples. You will get to see the entire process from device bootup to when they are fully provisioned.

The video looks at a way to perform day-0 device provisioning using Cisco Network Service (CNS) on Cisco Prime Infrastructure 3.1 We will go through the concept of device Plug & Play and introduce you to CNS. We will create bootstrap files, device profile and demonstrate different device bootstrap options using a router and switch as examples. You will get to see the entire process from device bootup to when they are fully provisioned.

The video looks at a way to perform day-0 device provisioning using Cisco Network Service (CNS) on Cisco Prime Infrastructure 3.1 We will go through the concept of device Plug & Play and introduce you to CNS. We will create bootstrap files, device profile and demonstrate different device bootstrap options using a router and switch as examples. You will get to see the entire process from device bootup to when they are fully provisioned.

The video shows you how to use Cisco Prime Infrastructure 3.1 to configure Zone Based Firewall on Cisco routers. Our scenario is to protect a PCI  network at branch sites. We will create all necessary components used by ZBFW policy rules. The configuration will be applied to routers via Configuration Group over WSMA. We will experiment how WSMA handle configuration changes.