Video
SDN & Cloud Operation
Network engineer Henry Shen demonstrates how NetBrain’s end-to-end visibility across heterogeneous network environments – physical, virtual, SD-WAN, SDN, and AWS – enables automation of Day 2+ tasks.
Network engineer Henry Shen demonstrates how NetBrain’s end-to-end visibility across heterogeneous network environments – physical, virtual, SD-WAN, SDN, and AWS – enables automation of Day 2+ tasks.
Senior network engineer Sebastian Hein shows how native ServiceNow-NetBrain integration enables event-triggered automation so that troubleshooting diagnosis starts the second a ticket is created.
Senior engineer Chris Villemez walks through how NetBrain’s Adaptive Automation platform leverages automation at every stage of incident response to “shift the workload left” and continuously reduce MTTR.
NetBrain 8.0 introduces some game-changing updates – machine learning, dynamic baselines and enhanced automation techniques. Hear from one of our top engineers, David Femino, about the most advanced version of NetBrain yet.
NetBrain is proud to unveil ‘Test Drive’ – a guided NetBrain UI product tour designed for new users. Hear about how it works, what makes it effective, and what to expect if you want to take NetBrain for a test drive.
See how NetBrain helps simplify management of your SDN infrastructure from a single console to visualize the SDN fabric and its interconnections to the external network.
See how the NetBrain solution for Cisco ACI provides a single consistent view containing both network-centric and application-centric contexts of data centers, aiding enterprises to seamlessly transition to an application-centric, intent-based network enabled by Cisco ACI.
Learn more about how NetBrain's Dynamic Network Mapping works.
See how NetBrain runbooks can be used to automate virtually any time-consuming, repetitive task.
See how NetBrain helps proactively harden your network against security gaps and vulnerabilities, and helps you quickly identify and respond to security issues.
Watch how NetBrain automation helps you pin down the root cause of any network problem with end-to-end visibility and automated diagnostics to cut network troubleshooting time in half.
Making changes to your network is risky. Learn how NetBrain helps automate critical network change management workflows to validate changes and minimize human error.
This video introduces how Executable Runbooks can cut troubleshooting time in half.
This video will walk you through an example of how to proactively guard against misconfigurations on the devices in your network.
This video will walk you through an example of how to isolate and mitigate a DOS attack in real-time.
This video will walk you through an example of how you might troubleshoot QoS issues using Runbook Automation.
This video will walk us through an example of how we might assess our network's OTV design using Runbook Automation.
This video will show us how to understand the network from an MPLS carrier perspective.
This video will show you how to assess the network for security vulnerabilities caused by misconfiguration.
In this short video, we will show how to understand the current state of our network's layer-2 architecture using Runbook Automation.
In this short video, we will show how to understand the current state of our network's routing design using Runbook Automation.
With NetBrain you can map any part of the network in seconds using a search, drilling into a site, or mapping between two endpoints.
NetBrain discovers the entire complex path that connects users to services - through firewalls, load balancers, and across virtual devices.
In this short video, we will see how to troubleshoot HSRP issue with both routers Active.
In this short video, we will see how to document network QoS Design in order to optimize network usage as new applications are being rolled out and for design collaboration between the Network and Application Architects.
In this short video, we will see how to conduct a comprehensive network discovery with a single device as the input by a unique neighbor-walking method.
In this short video, we troubleshoot VoIP quality of service issues with the phone line between the two sites. In this effort, we will map out the VoIP traffic flow between the two endpoints and annotate the path with QoS configuration.
In this short video, we will troubleshoot application server reachability and port issues after the server team remapped the port inorder to fix network slowness.
In this short video, we will troubleshoot application slowness caused by the Duplex Mismatch. After verifying Layer 3, we will map the application traffic path on the Layer 2 Map checking for collisions and CRC errors on all the links.
In this short video, we will show how to create and automatically maintain up-to-date network documentation in preparation for a compliance audit.
In this short video, we will troubleshoot application slowness caused by Asymmetric Traffic Path which was created as a result of planned configuration changes. We look at the history (cached) data to find what changed.