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| Section | Objectives |
|---|---|
| Topic 1: Recovery Operations | - Test Recovery Workflows - Recovery Plans and Orchestration - Failover and Failback Procedures |
| Topic 2: Disaster Recovery Fundamentals | - Business Continuity Principles - DR Concepts (RPO, RTO, SLAs) |
| Topic 3: Nutanix Disaster Recovery Architecture | - Replication Types (Sync/Async) - Nutanix Leap Overview - Protection Domains |
| Topic 4: Data Protection and Backup Integration | - Backup Solutions Integration - Snapshot Management |
| Topic 5: Prism Central Management | - Cluster and Site Management - DR Monitoring and Operations |
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NEW QUESTION # 35
An organization requires a maximum data loss of 15 minutes for a Tier-1 application running on Nutanix AHV. Which configuration best meets this requirement?
Answer: D
Explanation:
This question evaluates the administrator ' s ability to map business RPO (Recovery Point Objective) requirements to the appropriate Nutanix technology. A requirement for " maximum 15 minutes of data loss " means the system must replicate data at least every 15 minutes. Nutanix offers two primary ways to achieve this: traditional Asynchronous replication and Nearsync replication. While Async (Option D) can technically be configured for a 15-minute interval, it relies on standard, full snapshots which can be heavy and resource- intensive, potentially leading to performance lag if the data churn is high. Nearsync Replication (Option B) is specifically designed for these low-RPO scenarios (from 20 seconds up to 15 minutes) by using " Lightweight Snapshots " (LWS). LWS minimize the storage and I/O overhead compared to traditional snapshots, making Nearsync the more reliable and robust choice for Tier-1 applications. Furthermore, Nearsync is built to handle the constant, high-frequency data transfers required to maintain a strict 15-minute window without impacting application performance. Therefore, Nearsync with a 15-minute RPO is the " best " configuration because it is the purpose-built solution for the stated performance and data protection goals.
NEW QUESTION # 36
During a Test Failover, how can an administrator ensure that test VMs do not disrupt production?
Answer: B
Explanation:
The primary purpose of a Test Failover is to validate the recovery process in a non-disruptive manner. When a VM is recovered from a snapshot during a test, it retains its original configuration, including its IP address and hostname. If this test VM were to be powered on on the same network as the live production VM, it would immediately cause a duplicate IP address conflict and potentially disrupt production services or trigger security alerts.
To prevent this disruption, Nutanix Recovery Plans allow administrators to map the production network to a " Test Network " at the recovery site. This test network is typically an " Isolated " VLAN or overlay network that has no physical or logical route back to the production environment. By using an isolated network (Option A), the test VMs can boot up, run their internal services, and even communicate with other test VMs (if placed on the same isolated segment) without any risk of interfering with real users or databases. This allows the infrastructure team to verify that the " Recovered " state is functional while the " Primary " state continues to serve the business, fulfilling the core requirement of non-disruptive testing.
NEW QUESTION # 37
A solution architect designs a protection policy in Prism Central to protect a specific set of VMs. The design calls for synchronous replication to two separate availability zones (AZs) simultaneously to ensure zero data loss at multiple physical locations. Which configuration limitation prevents the implementation of this specific design?
Answer: A
Explanation:
Nutanix Disaster Recovery provides multisite replication capabilities, allowing a single cluster to protect workloads across multiple locations. However, there are specific architectural constraints regarding the type of replication schedules that can coexist within a single Protection Policy.
The primary limitation in this architect ' s design is that a single Nutanix Protection Policy supports only one synchronous replication schedule. While you can configure a policy to replicate to multiple sites using Asynchronous or NearSync schedules, you cannot natively instruct the system to perform a synchronous " 3- way " write where a single VM mirrors every I/O to two different physical destination clusters simultaneously. This is due to the extreme latency and metadata synchronization overhead that would be required to maintain zero-RPO consistency across three sites for every single write operation. Prism Central does allow pairing with more than one AZ (negating Option B), and synchronous replication is fully supported in Protection Policies (negating Option D). Therefore, to achieve the desired level of protection, the architect would need to use a combination of one synchronous schedule and additional asynchronous schedules to the second AZ, rather than attempting two simultaneous synchronous links within one policy.
NEW QUESTION # 38
An administrator is creating a recovery plan between two availability zones. The production VMs use a subnet that does not exist at the recovery AZ. To ensure the VMs can successfully connect after a failover, what must be configured?
Answer: B
Explanation:
When failing over a virtual machine between different physical locations or availability zones, it is common for the network topology at the recovery site to differ from the primary site. If a VM is recovered into a site where its original subnet is unavailable, it will lose connectivity.
To resolve this, Nutanix Recovery Plans include a " Network Mapping " section. The administrator must configure these mappings to explicitly define which production subnet at the source site corresponds to which valid subnet at the recovery site. During the failover process, the orchestrator uses this mapping to automatically re-configure the VM ' s virtual network interface (vNIC) to connect to the correct local VLAN or overlay network at the destination. While " matching subnet names " (Option D) can simplify management, it is not a requirement if the mapping is correctly defined. Synchronous replication (Option B) does not address the networking layer, as it is a storage-level feature. Network mapping is therefore the essential task for ensuring that workloads are not only recovered but also accessible following a failover.
NEW QUESTION # 39
An administrator is tasked with verifying the cluster ' s disaster recovery capability. The administrator needs to validate the capability without impacting the production VMs on the Source cluster and ensure that the destination cluster can bring up all the protected VMs. How can the administrator perform a failover?
Answer: D
Explanation:
Testing is the most vital component of a resilient BCDR strategy, as it proves that recovery objectives (RTO
/RPO) are achievable before a real emergency occurs. The Nutanix " Test Failover " feature is purpose-built for this requirement. Unlike a Planned Failover (which shuts down production) or an Unplanned Failover (which assumes production is dead), a Test Failover performs a non-disruptive validation.
During a Test Failover, the orchestration engine uses the most recent snapshots to power on VMs at the destination cluster. To satisfy the " without impacting production " requirement, the test VMs are typically attached to an " Isolated " or " Test " network segment that has no route to the live production network. This prevents IP address conflicts and service interference while allowing the administrator to log into the recovered VMs and verify that applications start correctly. Simple " Validation " (Option A) only checks the configuration settings and connectivity but does not actually test the power-on sequence or application logic.
By executing a full Test Failover, the organization gains documented proof of its DR readiness, identifying potential issues like missing dependencies or incorrect boot orders without causing any disruption to the users currently accessing the primary site.
NEW QUESTION # 40
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