Getting Started with Crosswork Planning Design
Getting started with Crosswork Planning Design
Getting started with Crosswork Planning Design
Crosswork Planning Segment Routing migration
Introduction to Crosswork Planning User Interface
Getting started with Crosswork Planning Collector
This article will cover how Cisco Crosswork Network Controller can be used to deploy L2VPN services across a multi vendor network.
This tutorial introduces SRv6 and SRv6 TE capabilities on WAE 7.6
This tutorial demonstrates the use of the inter-as-nimo to merge plan files
This primer provides an introduction to setting up Crosswork for Secure Zero Touch Provisioning (SZTP)
The Crosswork Optimization Engine provides a RESTCONF based API which allows for the real-time network model to be retrieved. The Optimization Engine and WAN Automation Engine uses the same schema which allows network models to be used interchangeably across the two platforms, allowing for a multitude of capacity management use cases to be addre...
This primer provides an introduction to setting up Cisco WAE Server and Design Client for Smart Licensing
The main objective of WAE is to build an abstracted network model that correlates topology, traffic and state information. The WAE Design application uses the collected model to simulate “what if” scenarios, and has tools for various simulation and optimization scenarios. The purpose of this tutorial is to demonstrate the simulation capabilities...
Using dCloud to Access the WAN Automation Engine Demos
The WAE network model includes the multivendor devices that participate in the IGP (OSPF or IS-IS) and can be extended to include the DWDM topology. Using the WAE Design application or WAE APIs, you can use the model to simulate “what if” scenarios and optimize paths for L3 and L1 domains. The purpose of this tutorial is to demonstrate the multi...
Learn the basics of the WAN Automation Engine (WAE) Design User Interface