The Implementing and Operating Cisco Collaboration Core Technologies Hybrid and Cloud (CLCOR-HC) training is the second half of the CLCOR training. This training program is designed to give you a working knowledge of hybrid and cloud Cisco collaboration core technologies. After completing this training, you will have a basic understanding of the Cisco collaboration solutions architecture. You will have proven competence in deploying cloud and hybrid services, cloud and hybrid calling, as well as Quality of Service (QoS).
This training, along with the Implementing and Operating Cisco Collaboration Core Technologies On-Premises (CLCOR-OP) training, prepares you for the 350-801 CLCOR v2.0 exam. If passed, you earn the Cisco Certified Specialist – Collaboration Core certification and satisfy the core exam requirements for the Cisco Certified Network Professional (CCNP) Collaboration and Cisco Certified Internetwork Expert (CCIE) Collaboration certifications. This training also earns you 38 Continuing Education (CE) credits toward recertification.
How You'll Benefit
This training will help you:
Gain specialized expertise in deploying and managing modern Cisco collaboration technologies, specifically focusing on the growing hybrid and cloud market
Develop real-world experience through labs focused on configuring Webex Control Hub, deploying Webex Calling, managing Cloud Connected UC, and implementing QoS for voice and video
Learn how to navigate transitions from on-premises to cloud environments, including migrating users from Jabber to the Webex App and managing cloud-based user provisioning and APIs
Introduce network engineers to the fundamental concepts and deployment models of Cisco collaboration architecture for building high-availability environments
Understand how to implement layered security across physical, network, and application components of Cisco Collaboration systems
Gain practical skills and strategic insight to ensure collaboration solutions function seamlessly by understanding the foundational infrastructure, signaling, and media transport protocols
Examine the basic structure of Webex
Apply various methods to add users to the Webex environment
Examine the Webex collaboration features
Examine the functions of Cloud Connected UC and migrations to Webex from on-premises
Explain Jabber functions and capabilities on Cisco Unified Communications Manager and how users can be migrated to the Webex app
Identify the Webex Calling provisioning options for adding user endpoints
Understand the foundational concepts of Webex APIs, including their types, authentication, capabilities, and real-time communication mechanisms
Identify the available options to bring PSTN calling capabilities into the Webex calling solution, identify the devices, and their configuration options, that provide this service
Describe the different deployment options when using local gateways in a premises-based PSTN Webex Calling solution
Explore the dial plan components of Webex Calling
Configure Cisco Unified Border Element and local gateway settings on a Cisco Router to support Webex Calling using a premises-based PSTN deployment
Explain how an administrator can configure calling features from the Webex Control Hub that will affect the organization
Describe how converged IP networks transport voice, video, and data over shared infrastructure and how bandwidth availability, delay components, jitter, and packet loss interact with QoS mechanisms to influence service quality and application performance
Explain how end-to-end QoS converts business requirements into predictable forwarding behavior under congestion across a multi-domain network
Implement consistent classification and marking policies to protect voice and video quality and resolve quality issues in a production network
Define QoS trust boundaries, understand Cisco Catalyst 9000 QoS design models, configure QoS marking and table maps, and leverage internal DSCP values for precise QoS actions