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Cloud Volumes ONTAP Fundamentals

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About Course

Cloud Volumes ONTAP Fundamentals

Duration: 8 Hours

The Cloud Volumes ONTAP Fundamentals course introduces professionals to deploying and managing NetApp Cloud Volumes ONTAP in public cloud environments. This course focuses on core concepts, architecture, licensing, and day-to-day operations of Cloud Volumes ONTAP across AWS, Azure, and Google Cloud, enabling efficient and
secure cloud storage deployments.

Who Should Attend

  • Cloud and Infrastructure Engineers
  • Storage Administrators transitioning to the cloud
  • System and DevOps Engineers
  • IT Architects designing hybrid or cloud storage solutions
  • Professionals new to NetApp cloud storage technologies

Pre-requisite Knowledge / Skills

  • Basic understanding of cloud computing concepts
  • Knowledge of storage fundamentals
  • Familiarity with networking basics
  • General awareness of AWS, Azure, or GCP (recommended)

Course Objectives

By the end of this course, participants will be able to:

  • Understand Cloud Volumes ONTAP architecture and components
  • Deploy Cloud Volumes ONTAP in public cloud environments
  • Configure storage, networking, and security settings
  • Manage cloud storage using NetApp Cloud Manager
  • Implement data protection and backup strategies in the cloud

Course Modules

Module 1: Introduction to Cloud Volumes ONTAP

  • Cloud Volumes ONTAP overview and use cases
  • Supported cloud platforms
  • Key benefits and capabilities
Module 2: Architecture and Licensing

  • Cloud Volumes ONTAP architecture
  • Single-node and HA configurations
  • Licensing models and cost considerations
Module 3: Deployment and Configuration

  • Deploying Cloud Volumes ONTAP using Cloud Manager
  • Networking and security configuration
  • Storage provisioning and management
Module 4: Data Protection and Backup

  • Snapshot and SnapMirror in the cloud
  • Backup and recovery strategies
  • Integrating with on-premises ONTAP systems
Module 5: Monitoring, Operations, and Best Practices

  • Monitoring performance and health
  • Cost optimization strategies
  • Operational best practices