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Automate and accelerate Active Directory disaster recovery. Ransomware is today's most disruptive cyber threat, and Active Directory is increasingly in its crosshairs. QuestRecovery Manager for Active Directory Disaster Recovery Edition slashes AD forest recovery time from days or weeks to just hours, giving you peace of mind that an AD disaster will not become a business disaster.

Quest Professional Services ensure your AD recovery plan is in place quickly and validates your forest recovery model. Whether your team lacks the technical expertise, does not have the manpower or just does not have time to configure, test and deploy your solution, our subject matter experts help you through this process using our tested implementation methodology.

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Continuous recovery: From version 10.0.1, Recovery Manager forActive Directory together with Change Auditor can restore thedeletedobject(s) and continuously restores the last change (if any) thatwasmade to the object attributes after creating the backup, using thedata from the hange Auditor database.

Learn how you can combine the near instant, nonintrusive availability of local and remote

snapshots and replication with reliable recovery and cost-effective retention of backups. HPE Recovery Manager Central enables application-aware, flash-integrated data protection via this innovative, modernized architecture.

RecoveryManager Plus, the enterprise application backup and recovery component of AD360, can help you overcome any disaster caused by unwanted changes in your IT environment. Back up your AD, Azure Active Directory, Microsoft 365, Google Workspace, and Exchange environments from a single console and restore any object, site, or mailbox whenever you need it.

Successful recovery depends on all recovery stakeholders having a clear understanding of pre- and post-disaster roles and responsibilities. In keeping with the National Disaster Recovery Framework (NDRF) principles, clearly defined roles and responsibilities are a foundation for unity of effort among all recovery partners to jointly identify opportunities, foster partnerships and optimize resources.

Achieving Disaster Recovery describes the components of a successful disaster recovery management system for all levels of government decision making. Coordination, integration, community engagement and management are prominent system elements in keeping with the National Disaster Recovery Framework (NDRF) Core Principles of Leadership.

The National Disaster Recovery Framework presents and strongly recommends that State governors as well as local government, Tribal and Territorial leaders prepare as part of their disaster recovery plans to appoint Local Disaster Recovery Managers (LDRMs) to lead disaster recovery activities for the jurisdiction.

A complete high availability and disaster recovery strategy requires dependable data backup, restore, and recovery procedures. Oracle Recovery Manager (RMAN) provides a comprehensive foundation for efficiently backing up and recovering the Oracle database. It is designed to work intimately with the server, providing block-level corruption detection during backup and restore. RMAN optimizes performance and space consumption during backup with file multiplexing and backup set compression, and integrates with Oracle Secure Backup, as well as third party media management products, for tape backup.

The VMware vRealize Operations Management Pack for VMware Site Recovery Manager 8.2 allows VMware administrators to monitor the local Site Recovery Manager Windows services in VMware vRealize Operations Manager. The vRealize Operations Management Pack for VMware Site Recovery Manager provides capabilities for monitoring the connectivity between Site Recovery Manager instances, the availability of a remote Site Recovery Manager instance, and the status of protection groups and recovery plans in Site Recovery Manager. Alarms are generated when there are Site Recovery Manager Server connectivity issues encountered or protection groups and recovery plans are in error state. The user interface provides statistics for the number of SRM-related objects and how many of them have errors.

Site Recovery Manager requires a management network connection between paired sites. The Site Recovery Manager Server instances on the protected site and on the recovery site must be able to connect to each other. In addition, each Site Recovery Manager instance requires a network connection to the Platform Services Controller and the vCenter Server instances that Site Recovery Manager extends at the remote site. Use a restricted, private network that is not accessible from the Internet for all network traffic between Site Recovery Manager sites. By limiting network connectivity, you limit the potential for certain types of attacks.

When Site Recovery Manager recovers a vNIC to an NSX-T opaque nework on a recovery site, after performing reprotect and failback to the original protected site, Site Recovery Manager is unable to apply IP subnet rules for this vNIC.

1. For incoming replications, navigate to content > replica-manager > getIncomingReplications. For outgoing replications, navigate to content > replication-manager > getOutgoingReplications.

2. Change the parametres as follows:

start: 0

count: 2000

Clear sorters and filter and leave them blank, then click Invoke Method.

3. Find the replication that you need to remove by looking for the VM name and copy the replication ID (GID- value).

4. Click on the replication ID value > destroy > Invoke method.

5. Click on val > info and ensure that the state value is success and the error value is Unset.

This error can appear when you perform a disaster recovery without a planned migration of a virtual machine on a High Availability (HA) enabled cluster. The virtual machine was protected with Site Recovery Manager on site A, failed over to site B, then failed back to site A again on a HA configured cluster without a clean shut down on site B. In such a scenario HA on site A can power on the recovering virtual machine while Site Recovery Manager adjusts its properties.

When you run a recovery plan, Site Recovery Manger might fail to power on a VM with (vmodl.fault.InvalidArgument:path) error. The following error message appears in the Site Recovery Manager recovery site server logs:

When you run a recovery plan failover, depending on the SAN type and whether it detaches the datastore from the host during recovery, the information in the Devices and the Datastores tabs might disappear during the failover process.

When you have protected VMs attached to networks with network labels different from the ones that exist on the recovery site, during Test\Recovery\Reprotect the operations succeed, but dummy networks with same network labels from protected site might be created on the recovery vCenter Server. Dummy networks are created only once, not every time you execute the Test\Recovery\Reprotect.

If you put protected virtual machines in recovery plans, then delete all recovery plans containing these VMs, and export your configuration with the VMware Site Recovery Manager 8.2 Configuration Import/Export Tool, the VM recovery settings for those VMs are exported but you are unable to import them later. If you try to import your settings, you see errors like:

Error while importing VM settings for server with guid '6f81a31e-32e0-4d35-b329-783933b50868'.

The rest of your exported configuration is properly imported.

Workaround: Recreate your recovery plan, reconfigure the desired recovery settings, and export your configuration again. Do not delete recovery plans if you want to export and import VM recovery settings.

You can disable recovery of a VM if the recovery operation for the VM fails. If you run a recovery plan and the recovery fails, you can re-enable the recovery of the VM and rerun the recovery, but Site Recovery Manager Server crashes.

If you recover an encrypted VM and the encryption key used on the protected site is not available on the recovery site during the recovery process, the recovery fails when Site Recovery Manager powers on the VM.

If you have a VM with multiple disks that are replicated with vSphere Replication to different vSphere Virtual Volumes datastores on the secondary site, a test recovery operation fails. During a test recovery, vSphere Replication tries to create Linked Clones for the vSphere Virtual Volumes replica disks, but the operation fails because Linked Clones across different datastores are not supported. vSphere Replication creates Linked Clones only during a test recovery. The planned recovery, unplanned recovery, and reprotect complete successfully.

Site Recovery Manager cannot recognize old VMware Tools versions installed on VMs placed on vSphere Virtual Volumes storage during the first recovery attempt. You might observe the following failures that depend on the VMware Tools version installed on the recovered VMs. Vim::Fault::OperationNotSupportedByGuest : "The guest operating system does not support the operation." Vim::Fault::InvalidGuestLogin : "Failed to authenticate with the guest operating system using the supplied credentials.

If you use a VSS network for which you have not configured a regular network mapping and you run disaster recovery on a recovery plan that contains a storage policy protection group, Site Recovery Manager creates a temporary placeholder mapping for this network. When you complete the temporary placeholder mapping, a network might appear on the secondary site that has the same name as the network on the primary site. If you did not explicitly create this network, it is not a genuine network. However, it is possible to select it as the target for the temporary placeholder mapping and recovery will succeed. The network is then displayed as inaccessible after the recovery completes, even though the recovered VMs are shown as being connected to this network on the recovery site. e24fc04721