NetBrain Next-Gen Inside the NetBrain Next-Gen Platform NetBrain Next-Gen is our 4th generation platform is based on a deep understanding of how networks are constructued including the goals of the network itself. The platform dynamically models any hybrid multi-cloud network in real-time and builds automation on top of it. The foundation is a full-stack digital twin that understands every aspect of the network, including the devices themselves, their connectivity in the topology, how traffic flows, and the expected behavior of the network. This model understands business requirements and translates them into Network Intents to drive automation. 1. The full stack Digital Twin model of any live network includes: 1. • Hybrid, multi-vendor network data, edge-to-cloud, including device-level configurations • The topology and understanding of how the network is logically connected • Realtime understanding of traffic flows from neighbor to neighbor • An Intent logic layer that uniquely understands business requirements and network design rules NetBrain Next-Gen’s Revolutionary Digital Twin Describe any hybrid, multi-cloud network by all of the parameters involved in IT service delivery. 1. Network Intents describe various expected operating conditions which are compared to 2. the real-time network to detect anomolies. These behaviors can come from the traditional Network Operations team, the Security Operations teams, the Data Center team, the Wide-Area team and a litany of other operational teams that rely on the network to facilitate their service delivery. NetBrain Network Intents originate from many sources Security NIC: Critical Interfaces Performance Enable Use Cases: NIC: Critical Paths Application • Diagnosis Automation NIT: Critical Devices, NIT: Critical Links Fault Tolerant • Preventive Automation NIC: Critical WAN Links, NIC: Critical Prefixes Layer 3 • Application Performance • Network Security NIC: Critical Switches, APs Layer 2 • Protective Change NIC: Critical Design Standard Configuration NIC: Critical L2, L3 and Site Map Visualization