Veritas NetBackup™ Flex Scale Administrator's Guide
- Product overview
- Viewing information about the NetBackup Flex Scale cluster environment
- NetBackup Flex Scale infrastructure management
- User management
- Considerations for managing NetBackup Flex Scale users
- Adding users
- Changing user password
- Removing users
- Modifying user roles
- Considerations for configuring AD/LDAP
- Configuring AD server for Universal shares and Instant Access
- Configuring AD/LDAP servers for NetBackup services
- Configuring additional AD/LDAP servers for managing NetBackup services/Universal Shares/Instant Access
- Configuring AD/LDAP servers on clusters deployed with only media servers
- Directory services and certificate management
- Region settings management
- About NetBackup Flex Scale storage
- About Universal Shares
- Cloud bucket support for NetBackup Flex Scale
- Backing up data to Data Domain storage
- Node and disk management
- NetBackup Flex Scale network cabling
- Adding a node to the cluster using the NetBackup Flex Scale web interface
- Adding a node using the REST APIs
- Replacing a node in a cluster
- Starting and stopping nodes
- Rebooting a node
- Adding an excluded node to the cluster
- Replacing a disk
- Adding an excluded disk to the cluster
- Viewing the disk sync status
- Viewing disk details
- Viewing node details
- Switching management console to another cluster node
- License management
- Stopping NetBackup service containers
- Starting NetBackup service containers
- Managing the Fibre Channel ports
- Requirements
- Enabling BOM (Bill of Materials) configuration for Fibre Channel
- Assigning Fibre Channel ports
- Discovering attached devices
- Rescanning Fibre Channel cards
- Cleaning Fibre Channel ports
- Unassigning Fibre Channel ports
- Viewing details about the Fibre Channel ports
- Disabling BOM (Bill of Materials) configuration for Fibre Channel
- Managing hardware vendor packages
- Updating credentials for HPE iLO administrator users
- User management
- NetBackup Flex Scale network management
- About network management
- Modifying DNS settings
- Configuring MTU on public interfaces
- Configuring the console FQDN
- About bonding Ethernet interfaces
- Bonding operations
- Configuring NetBackup Flex Scale in a non-DNS environment
- Data network configurations
- Choosing the correct input method for data network configuration
- Network configuration on plain device (eth5)
- Network configuration on VLAN (eth5)
- Network configuration on bonded interfaces (bond0 on eth5 and eth7)
- VLAN on bond of eth5 and eth7 (bond0)
- Network configuration on management interface (eth1)
- Network configurations for adding a partial data network
- Support for multiple VLAN when disaster recovery is configured
- Configuring static routes on a NetBackup Flex Scale cluster
- NetBackup Flex Scale infrastructure monitoring
- Resiliency in NetBackup Flex Scale
- EMS server configuration
- Site-based disaster recovery in NetBackup Flex Scale
- About site-based disaster recovery in NetBackup Flex Scale
- Configuring disaster recovery using GUI
- Clearing the host cache
- Automated NetBackup SLP management
- DNS key management
- Managing disaster recovery using GUI
- Performing disaster recovery using RESTful APIs
- Active-Active disaster recovery configuration
- NetBackup optimized duplication using Storage Lifecycle Policies
- NetBackup Flex Scale security
- About the security meter
- STIG overview for NetBackup Flex Scale
- FIPS overview for NetBackup Flex Scale
- Managing the login banner
- Changing the password policy
- Support for immutability in NetBackup Flex Scale
- Authenticating users using digital certificates or smart cards
- About system certificates on NetBackup Flex Scale
- Deploying external certificates on NetBackup Flex Scale
- Configuring isolated recovery environment (IRE)
- Configuring multifactor authentication
- About multifactor authentication
- Considerations before configuring multifactor authentication
- Configuring multifactor authentication for your user account
- Disabling multifactor authentication for your user account
- Enforcing multifactor authentication for all users
- Configuring multifactor authentication for your user account when it is enforced in the cluster
- Resetting multifactor authentication for a user
- Single Sign-On (SSO)
- Appendix A. Maintenance procedures for HPE servers
- Replacement procedure for a chassis fan
- Replacement procedure for power supply
- Replacement procedure for a single OS disk
- Replacement procedure for both OS disks on a non- management console node
- Replacement procedure for NVMe disks (SSDs)
- Replacement procedure for RAID controller
- Replacement procedure for an Integrated Lights-Out (iLO) port
- Replacement procedure for quad-port NIC
- Procedure for memory expansion (DIMMs)
- Replacement procedure for memory (DIMMs)
- Replacement procedure for Mellanox port
- Replacement procedure for SFP port
- Replacement procedure for chassis
- Replacement procedure for a hard disk drive
- Replacement procedure for a Fibre Channel card for a cluster node
- Replacement procedure for a Fibre Channel card for a node that is not in a cluster
- Appendix B. Configuring NetBackup optimized duplication
- Appendix C. Disaster recovery terminologies
- Appendix D. Configuring Auto Image Replication
Selecting or changing the lockdown mode
The user can select the lockdown mode during initial configuration. After cluster configuration, user has the option to see/change the lockdown mode using both GUI and REST APIs. The lockdown modes can be switched only if the engines are healthy. The user can switch between the following modes without any restriction:
From normal to enterprise mode
From normal to compliance mode
From enterprise to compliance mode
The user can set minimum and maximum retention time for backup images for enterprise and compliance mode only. Creation of images with retention time less than the minimum retention time or greater than the maximum retention time is not allowed. This minimum and maximum retention time should be set by the appliance administrator as per the retention requirement of their use case.
Once the lockdown mode is set, only Appliance administrators can change the lockdown mode.
The lockdown mode is maintained during upgrade.
Only the Appliance administrator can remove the retention locks if the lockdown mode is enterprise.
Only the users with appliance administrator role can disable retention or remove the retention lock using the MSDP Restricted Shell.
The user cannot change the mode if any existing operation is in progress.
If the mode is set to compliance mode, the administrator cannot change the mode to enterprise or normal mode.
If lockdown mode is set to compliance or enterprise for any node, it is not available for factory reset.
During add and replace node operations, the new node is automatically placed in the existing lockdown mode of the cluster. The lockdown mode of the node that got replaced is set to normal and the node is available for factory reset.
Cluster maintenance shell is enabled with two-factor authentication (2FA).
To access the root shell when lockdown mode is configured
- Log on to the node-level CLI on any node in the cluster.
- Run the support generate-otp to get the OTP (valid for 2 hours) for the entire cluster.
- Open a ticket with Veritas Support to generate a security key. Set a Support password which is later used to elevate to root.
- Log on to the NetBackup Flex Scale shell on any node in the cluster.
- Run the support unlock command. You are prompted to enter a security key. Enter the security key that you got in step 3. Press Enter to unlock the root shell access to the current node (all other nodes remain locked).
- Run the support elevate command. You are prompted to enter a Support password. Enter the Support password set in step 3. Press Enter. Type the maintenance password to get into the root shell.
- Repeat steps 4 to 6 to get into the root shell of all other nodes.
- Run the support lock command on a specific node to lock that node. If no manual lock is issued, the node is locked automatically after 12 hours. All the current users are removed from the root shell in a single node.