Keysight Vision Orchestrator–SUB–KVO–10D

Single Pane of Glass

Keysight Vision Orchestrator eases your ability to manage, configure and monitor the devices in your network whether they be taps, virtual taps, data monitoring switches, and network packet brokers from both Keysight and third-party vendors. At-a-glance dashboard views give you centralized control so that your visibility devices become fully orchestrated and coordinated monitoring resources accessible via a single platform.

Vision Orchestrator enhancements include features such as:

• Intelligent topology display and navigation for a holistic view of your network.
  
• Single Sign On (SSO) capabilities to speed up login.
• Multi-Cluster Integration for detailed control of racks and nodes.

Intent Based Visibility

With Intent-Based Orchestration, you can focus on your business needs instead of product specifics.

Rather than focusing on port numbers, product models, or complex filter specifications, you can focus on the data you need and the systems that need it. Vision Orchestrator’s AI Expert System takes your business intention and translates that to the necessary configuration for each device it manages. Additionally, by expressing a high-level intention, Vision Orchestrator can self-heal the Visibility Solutions in the event of any failures or degradation of service. This ensures easy configuration and adaptable response for modern visibility needs. All of this is done with change control management to ensure the right configuration is deployed with a validation and enforcement engine to make sure your business intention is what the Visibility Solution delivers.

Simplified Orchestration and Automation

Automating a visibility fabric can be complex since components have purpose-built APIs with different schemas. Vision Orchestrator acts as an API translator for all Keysight Visibility products abstracting that complexity away from the user. Vision Orchestrator presents one Unified API which exposes every function of the system. This enables northbound system to work with one central API to manage, automate, and orchestrate events globally.

Role and Resource Based Access Control

Monitoring networks are managed by many different teams with specific roles and responsibilities. Some individuals administrate the production network, others manage security tool sets, and some are technicians trying to troubleshoot and resolve issues. Access control must be able to present these individuals what they need without introducing more risk. Therefore, fine granularity is needed and should be based not only on roles but the resources they manage.