TOI Author :: Joseph Walsh

The Interface Diagnostics quick action provides you with a fast and efficient way to run interface cycles and cable diagnostics on your campus devices from the Campus Health Overview Dashboard. The devices available are those with a Campus tag, which is automatically assigned to devices configured with the Campus Fabric Studio (L2/L3/EVPN).

This studio enables you to quickly configure access interfaces towards endpoint devices in your campus network. This configuration relates to the devices in Access Pods deployed using the Campus Fabric (L2/L3/EVPN) Studio.

The Campus Health Dashboard provides an overview of your network state. Devices stream telemetry data to CloudVision in real-time, giving you immediate and up-to-date insights into your network’s health. The timepicker can be used to view historic data of the network state.

You can use the Access Interface Configuration quick action to assign configuration profiles to devices. The guided workflow will display an illustration of device front panels, which you can use to select interfaces from.

The Campus Fabric studio allows you to set up and configure a complete campus network using Arista’s validated designs. By leveraging zero touch provisioning (ZTP), you can seamlessly onboard EOS devices, define their roles and connections within the fabric, and configure L2 and L3 services across the fabric. 

Deployments utilizing VXLAN, a routing underlay (OSPF or eBGP), and a routing overlay (eBGP) are supported, and you can also define connections to non-EOS devices in the fabric. Additionally, PTP, 802.1X, IP locking, and other network features are supported by the studio.

The Management Connectivity Studio is used to configure out-of-band (OOB) management interfaces. You’ll create a profile of configured attributes for management interfaces, which can be assigned to multiple devices at once using tags.

The Static Configuration Studio is used to manage static configuration for devices, provide configuration not created by any other studio, and reconcile differences between CloudVision’s designed configuration and device running configuration. Devices are assigned to containers using tags that can identify one or more devices by hostname, role, or location in the network. Each container has configlets of EOS configuration, which are pushed to the EOS devices.

You can use the Access Interface Configuration quick action to assign configuration profiles to devices. The guided workflow will display an illustration of device front panels, which you can use to select interfaces from.

The Campus Dashboard provides an overview of your network state. Devices stream telemetry data to CloudVision in real time, giving you immediate and up-to-date insights into your network’s health. The timepicker can be used to view historic data of the network state.

This studio enables you to quickly configure access interfaces towards endpoint devices in your campus network. This configuration relates to the devices in Access Pods deployed using the Campus Fabric (L2/L3/EVPN) Studio. The studio consists of port profiles and campus networks. You can create port profiles, which contain configuration for attributes like speed and MTU, which you can then assign to device interfaces in a campus fabric. Editing the profile will then affect all interfaces that the profile has been assigned to. You can also configure individual interfaces.

The Certificate Authority Rotation feature included in a previous release has been expanded to include a custom validity period. When rotating a certificate authority (CA) you can now define how long the certificate is valid for.

The Streaming Telemetry Agent studio now allows you to enable streaming to multiple clusters. In addition, you can now configure a number of flags, including OpenConfig streaming, which previously had to be configured via EOS CLI.

This release includes an update to the Traffic Flows, Events, and Compliance panels and two new dashboard elements: Layouts.The layouts provide you with further ways to structure and control the layout of your dashboards by combining panels into a single display.

A filter is used to exclude devices from the topology view. When a filter is enabled, a notification will be displayed in the topology view.How filters function in Topology has been reworked and redesigned. You can now create permanent filters, which are saved in the Filters section of Topology. These filters can be enabled or disabled at any time.

Every panel now has four new appearance settings that you can configure. Show Title: Select whether to display the title or not

Topology Hierarchy Manager allows you to construct custom topology frameworks for your network. This means that you can customize the topology layout and how devices are mapped to it in a way that best reflects your network.

You can enable login to CloudVision via an Identity Provider (IDP) instead of directly through the CloudVision application. When a user logs in to the IDP and their identity is verified, that verification will be used to access CloudVision.

The streaming agent and other applications communicate to CloudVision using mutual-TLS certificates signed by a local CA. In order to prevent the CA from expiring, you will need to rotate the CA. Once rotated, the CA is valid for one hundred years.

A new suite of actions are available in Actions, which can perform additional operations on devices. Just like with the existing actions, they are added to a change control operation. Being able to provision devices during a change control provides you with more granular control over the actions in a change control operation.

Rule Labels are optional conditions in Event Notifications for sending notifications to receiver platforms. Using rule labels allows you to create more complex notification rules in relation to generated events.

The Help Center is an in-product documentation service. You will have access to new and detailed information on all CloudVision features and functionalities. The Help Center is designed to provide this information quickly and with minimal user effort.

The CloudVision Health dashboard is a built-in dashboard packaged with CloudVision. It provides panels displaying metrics for the cluster. 

Users can now preview dashboards from the main dashboards screen. This allows users to see a windowed version of the selected dashboard that can be interacted with.

A new event advises when the CloudVision SSL certificate is expiring. The event will alert users 90 days in advance of certificate expiration.

The Preload feature is used to streamline any change control operations that include an image upgrade. When a change control contains an image upgrade, the Preload feature can be used to create another change control operation that will download the required EOS image versions for each device.

Per-Studio RBAC is a new feature that provides CloudVision users with granular control over access permissions for individual studios. A relevant user can grant differing permissions to other users for both management and input configuration of individual studios. 

This is an optional feature that can be enabled to automatically upgrade the EOS image of any device through ZTP. It ensures that all ZTP-enabled devices in your network have a minimum EOS image version.

The AQL panel is a dashboard element that allows you to create custom data displays using the CloudVision Advanced Query Language (AQL). This gives you complete control over what data the panel displays and how it displays it, because you define the inputs and write the AQL query that feeds data to the panel.

The Actions feature is used to create, view, and manage change control actions. A change control action can be a task

Studios is our new and powerful tool for managing the configuration of network features. Through a point-and-click interface, you can quickly and easily complete complex tasks without the need for a CLI or any expertise in configuration syntax. It is fully customizable, meaning that you can create and edit your own network features for configuration. This gives you complete control over the configuration of your network.