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| Section | Objectives |
|---|---|
| BCDR Fundamentals and Requirements Interpretation | - Understanding RTO and RPO concepts and business impact analysis - Selecting appropriate replication types (async, near-sync, synchronous, metro) - Translating business requirements into resilient recovery architectures - Defining recovery strategies aligned to business requirements and risk tolerance - Availability metrics and SLA definitions |
| Replication and Failover Architecture | - Failover readiness validation - Synchronous replication across sites - Network segmentation for BCDR environments - Recovery site capacity management - Asynchronous replication planning |
| Nutanix Disaster Recovery Solutions | - Metro Availability configuration and management - Recovery workflows using Nutanix native tools - Failover procedures and execution - Configuring and managing replication policies - Integration with third-party backup solutions |
| Data Protection and Snapshots | - Incremental backup implementation - Storage configuration for BCDR - Snapshot retention policies design - Snapshot scheduling and management - Data restoration at VM and application level |
| Monitoring, Testing and Troubleshooting | - Non-disruptive recovery testing - Troubleshooting permission issues and misconfigured DR environments - Setting up alerts for replication lag - Diagnosing network, storage and replication failures - Resolving third-party backup integration problems - Documenting runbooks for incident response |
| Security and Hardening | - Approval policies configuration - Designing secure BCDR environments - RBAC implementation for disaster recovery - Security best practices for replication |
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NEW QUESTION # 111
An organization has two Nutanix clusters managed by a single Prism Central (PC) instance. They intend to implement Synchronous Replication between the sites. During a failover test, the administrator notices that automatic failover does not occur when the primary site ' s storage becomes unavailable. What is the most likely cause of this behavior based on an analysis of the requirements?
Answer: D
Explanation:
In a Nutanix Synchronous Replication or Metro Availability setup, data is mirrored in real-time, but the " intelligence " required to automate a failover resides outside of the two primary clusters. Without a Witness VM (Option C), the secondary cluster cannot distinguish between a total primary site failure and a simple network partition between the two data centers. If the clusters lose communication but there is no Witness to act as an independent tie-breaker, the secondary cluster will stay in a " Standby " state and will not automatically " promote " its storage to " Active " or power on the VMs. This is a safety mechanism to prevent " split-brain " where two clusters might try to serve the same data, leading to corruption. To enable automatic failover, a Witness VM must be deployed at a third, independent site and registered to both clusters. The Witness allows the secondary site to verify that the primary site has indeed failed; once verified, the Witness grants the " lock " to the secondary site, allowing the automated failover process to begin. Thus, the lack of a Witness is the " most likely cause " for why a failover test would fail to trigger automatically during a storage or site outage.
NEW QUESTION # 112
Which two VM disk types does Self-Service restore support? (Choose two.)
Answer: A,C
Explanation:
Self-Service Restore (SSR) relies on the Nutanix Guest Tools (NGT) agent to mount a historical snapshot disk to the guest OS via the hypervisor ' s virtual controller. For this to work seamlessly, the guest OS and the NGT agent must support the virtual bus types used by the virtual machine.
Nutanix SSR natively supports the two most common virtual disk controller types: SCSI (VirtIO) and IDE.
These are the standard formats for most virtual disks in Nutanix AHV and ESXi environments. When a user requests a file-level restore, the system takes the vDisk from the recovery point and attaches it as a new SCSI or IDE device to the running VM, which the guest OS then scans and mounts. Conversely, specialized storage entities like Volume Groups (VGs) (Option D) and certain high-performance direct-attached PCI-based storage (Option C) are not supported by the standard SSR workflow. Volume Groups, which are often used for shared storage between VMs (like SQL Clusters), require a different recovery method because they are not part of the standard VM-centric snapshot metadata that the SSR agent can browse. Therefore, SSR is primarily designed for the standard virtual disks that form the OS and application drives of typical virtualized workloads.
NEW QUESTION # 113
An administrator performs these steps while configuring Nutanix Disaster Recovery:
* Create VMs on Site A in a container named SalesA
* Create a new container on Site B named SalesB
* Create new Protection Policy name Async
* Place all the new Sales VMs in the Protection Policy named Async
* Set a schedule to begin taking hourly snapshots immediately
After performing the steps, replications begin without any errors. After two hours, the administrator checks on the progress on the remote site and finds that the SalesB container is showing 0 bytes.
What went wrong?
Answer: B
Explanation:
In a Nutanix Disaster Recovery environment using Protection Policies (Prism Central-based), the system needs to know which storage container at the recovery site should receive the replicated data from the primary site. This is known as " Container Mapping. " By default, Nutanix uses an " Automatic Container Mapping " feature to simplify administration.
The automatic mapping logic relies on matching names. If a VM is in a container named SalesA at Site A, the system will look for a container named SalesA at Site B to land the data. If the administrator manually created a container at the recovery site but named it SalesB (as in this scenario), the automatic mapping will fail because the names do not match. The system will instead attempt to find a container with the same name, and if it fails to find one, it may create a new one automatically or replication might fail. The fact that SalesB shows 0 bytes confirms that no data was ever sent to that specific container. To fix this, the administrator should either rename the destination container to match the source (SalesA) or manually configure a " Storage Container Mapping " in Prism Central that explicitly links the SalesA container on Cluster A to the SalesB container on Cluster B.
NEW QUESTION # 114
An administrator is testing the failover scenarios from a source availability zone (AZ1) to a destination availability zone (AZ2). The administrator successfully performs an unplanned failover from AZ1 to AZ2.
The administrator then immediately tries to use the unplanned failover option to fail the VM back to AZ1, but does not see the VM listed under Recovery Plan. What could be the cause?
Answer: C
Explanation:
Failback is a critical phase of the disaster recovery lifecycle where workloads are returned to their original primary site. When an " Unplanned Failover " is executed, the system assumes the primary site is gone or unmanaged. Once the primary site (AZ1) is restored, the administrator cannot simply " re-run " the failover in reverse without preparing the source site. The " Clean up of Entities " (Option C) is a mandatory step that must be performed on the original primary cluster after it returns to a healthy state. This process clears the stale VM registrations and metadata that existed prior to the outage, signaling to the Nutanix orchestrator that AZ1 is now ready to re-receive the workloads. Until this cleanup is completed, the Recovery Plan will not list the VMs as eligible for failback because it still detects the " ghost " of the VM at the destination. While reverse replication (Option B) is also necessary to prevent data loss during failback, the reason the VMs are entirely missing from the Recovery Plan interface during the initial failback attempt is the lack of entity cleanup. Performing this cleanup ensures a smooth transition back to primary production without metadata conflicts or registration errors.
NEW QUESTION # 115
A VM is protected in an Async Protection Policy with a schedule for every 1 hour. The replications are completing successfully every hour. The VM hosts a critical application and cannot afford any data loss. The administrator unprotects the VM from the Async Policy and protects the VM in a Synchronous policy. The administrator also notices that the VM is not entering the " Sync " state and is stuck in syncing for a long time. The administrator notices the error in the logs:
Enabling stretch for entity TestVM failed while notifying vm service due to error Acropolis failed to handle VmSyncRepEnable request for VM TestVM Failed to connect to remote Anduril What port needs to be allowed between the clusters to fix the issue?
Answer: A
Explanation:
In a Nutanix environment, Synchronous replication (including Metro Availability and Synchronous Protection Policies) relies on a specialized service known as Anduril to manage the real-time mirroring and state transitions of virtual machines. While standard asynchronous replication primarily uses ports 2009 (Stargate) for data transfer and 2020 (Cerebro) for metadata and replication management, synchronous replication introduces additional requirements for low-latency communication between the Anduril services on the source and destination clusters.
The error message " Failed to connect to remote Anduril " specifically indicates that the local cluster ' s management plane is unable to communicate with the remote cluster ' s synchronous replication manager.
TCP port 2036 is the dedicated port for cross-cluster communication between Anduril services. This port is used to negotiate the " stretch " of the VM across sites, coordinate the initial sync, and maintain the health heartbeat required for high-availability failover decisions. If port 2036 is blocked by a physical or virtual firewall between the clusters, the " VmSyncRepEnable " request will time out or fail, preventing the VM from ever entering the " Sync " (Active-Active) state. Troubleshooting synchronous replication always begins with verifying that the 5ms latency requirement is met and that port 2036 is open alongside the standard ports 2009 and 2020 to ensure both data and control traffic can flow without interruption between availability zones.
NEW QUESTION # 116
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