Overview
The Veritas NetBackup Flex Scale 3.2: Administration course provides IT professionals with the skills necessary to deploy, configure, manage, and troubleshoot Veritas NetBackup Flex Scale appliances. Participants will gain hands-on experience with managing Flex Scale infrastructure, configuring networks and security, performing disaster recovery, and maintaining the appliance through upgrades and patch management.
Objectives
By the end of this course, leaner will be able to:
- Deploy and configure Veritas NetBackup Flex Scale appliances.
- Manage and monitor Flex Scale storage, networks, and security settings.
- Configure and maintain high availability, disaster recovery, and resiliency in Flex Scale environments.
- Implement optimized deduplication, Auto Image Replication (AIR), and other advanced data protection features.
- Perform upgrades, patch management, and troubleshoot common issues in Flex Scale appliances.
Prerequisites
- Working knowledge of Veritas NetBackup and InfoScale Availability.
- Understanding of clustering, storage management, and networking concepts.
- Experience with deploying and managing enterprise-grade storage solutions.
- Familiarity with network configuration and security practices.
- Basic knowledge of disaster recovery and high-availability strategies.
Course Outline
- Overview of Flex Scale architecture, hardware, and software components.
- Introduction to Flex Scale workloads and deployment scenarios.
- Step-by-step deployment of NetBackup Flex Scale appliances.
- Initial configuration of Flex Scale and integration with existing environments.
- Setting up and managing users, certificates, and AD/LDAP settings.
- Monitoring and managing Flex Scale storage, nodes, and licenses.
- Configuring Flex Scale appliance networks, including Ethernet bonding and data network setup.
- Managing network settings for optimized performance and resiliency.
- Implementing high availability and catalog protection for Flex Scale environments.
- Performing site-based disaster recovery and managing failover scenarios.