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| Section | Objectives |
|---|---|
| Topic 1: Data Protection and Snapshots | - Data restoration at VM and application level - Snapshot scheduling and management - Storage configuration for BCDR - Incremental backup implementation - Snapshot retention policies design |
| Topic 2: BCDR Fundamentals and Requirements Interpretation | - Availability metrics and SLA definitions - 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 |
| Topic 3: Replication and Failover Architecture | - Asynchronous replication planning - Synchronous replication across sites - Failover readiness validation - Network segmentation for BCDR environments - Recovery site capacity management |
| Topic 4: Security and Hardening | - Security best practices for replication - Approval policies configuration - Designing secure BCDR environments - RBAC implementation for disaster recovery |
| Topic 5: Nutanix Disaster Recovery Solutions | - Integration with third-party backup solutions - Recovery workflows using Nutanix native tools - Failover procedures and execution - Metro Availability configuration and management - Configuring and managing replication policies |
| Topic 6: Monitoring, Testing and Troubleshooting | - Troubleshooting permission issues and misconfigured DR environments - Documenting runbooks for incident response - Resolving third-party backup integration problems - Diagnosing network, storage and replication failures - Setting up alerts for replication lag - Non-disruptive recovery testing |
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NEW QUESTION # 11
In the case of a protection domain containing more than 500 VMs, what is the first step an engineer must take before migrating to Prism Central-based protection policies while ensuring all VMs remain protected?
Answer: D
Explanation:
Migrating from legacy Protection Domains to modern Prism Central Protection Policies is a recommended practice for scaling DR management. However, large environments must account for architectural limits during this transition. A Nutanix cluster has specific maximum thresholds for the number of entities (VMs) that can be contained within a single Protection Domain, and similar limits exist for the initial " handoff " to Prism Central.
If a single legacy Protection Domain contains more than 500 VMs, attempting to migrate it as a single unit can lead to timeouts, metadata synchronization failures, and potential gaps in protection. To ensure that all VMs remain consistently protected during the migration, the first step is to " split " the existing large Protection Domain into multiple smaller, more manageable ones. For example, an administrator might split a
600-VM domain into three 200-VM domains. This reduction in " entity density " allows the Nutanix Cerebro and Prism Central services to process the migration tasks more efficiently without hitting resource contention or task timeout limits. Once the VMs are organized into these smaller groups, they can be systematically unlinked from the legacy domains and added to the new PC-based Protection Policies. This phased and controlled approach minimizes risk and ensures that a valid recovery point always exists for every VM throughout the entire migration lifecycle.
NEW QUESTION # 12
After a storage failover in a synchronous replication environment, users report higher I/O latency and degraded performance compared to pre-failover levels. Cluster health is normal, and replication is functioning correctly. Which post-failover cleanup action could the administrator perform to correct the performance issue?
Answer: C
Explanation:
Synchronous replication environments (like Metro Availability) allow for zero-RPO failover, but the performance of the workload is highly dependent on " Data Locality " . Nutanix architecture is built on the principle that a VM ' s compute (vCPU/RAM) should ideally reside on the same host or cluster that serves its primary storage I/O.
During a storage failover, the " Active " container role may move to the recovery site, but the virtual machines might still be running on the primary site ' s compute nodes. This causes " Remote I/O, " where every read and write must traverse the network link to reach the active storage container at the other site, resulting in the reported higher latency and degraded performance. To resolve this, the administrator must " realign " the compute and storage by performing a vMotion (or live migration) of the VMs to the cluster that is now hosting the active storage role. While the Acropolis Dynamic Scheduler (ADS) (Option D) eventually attempts to rebalance, a manual realignment ensures that performance is restored immediately after the failover stabilization. Reconfiguring schedules (Option C) or retention (Option A) has no impact on real-time I
/O latency, highlighting the critical role of data locality in high-performance BCDR designs.
NEW QUESTION # 13
An administrator executes an Unplanned Failover of web server VMs from an on-premises AZ to a Nutanix Cloud Cluster (NC2) on AWS. The Recovery Plan completes, and the VMs are running. However, external users cannot access the websites hosted on these VMs. The administrator verifies that the firewall rules are set correctly. What specific configuration is required for these VMs to be reachable from the external network after failover to NC2?
Answer: C
Explanation:
Failing over to Nutanix Cloud Clusters (NC2) on AWS involves moving workloads from a local, on-premises networking environment into a cloud-native Virtual Private Cloud (VPC). While Nutanix Flow Virtual Networking (FVN) allows the VMs to keep their internal IP addresses using overlay networks, external visibility requires integration with AWS networking components.
Standard internal IP addresses in an overlay network are not natively routable from the public internet or from the AWS VPC outside of the NC2 cluster. To bridge this gap, Nutanix uses " Floating IPs " . A Floating IP is an AWS Elastic IP that is mapped to the internal IP of the guest VM. When an external user attempts to reach the website, the traffic hits the AWS public-facing Floating IP, which is then translated and routed through the NC2 bare-metal nodes to the specific guest VM. This mapping can be automated as part of the Recovery Plan or configured manually post-failover. Without this configuration, the VMs will remain " isolated " from external traffic, even if the application is running perfectly and internal cluster connectivity is healthy. This demonstrates the importance of cloud-native networking knowledge when extending on-premises BCDR plans into public cloud environments like NC2.
NEW QUESTION # 14
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: A
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 # 15
Which ports must remain open to support replication between two Prism Element clusters?
Answer: A
Explanation:
Replication between Nutanix clusters involves the transfer of both actual data blocks and the metadata required to manage the consistency and scheduling of those snapshots. Two specific services running on the Controller VMs (CVMs) are responsible for these tasks: Stargate and Cerebro.
Port TCP 2009 is used by the Stargate service. Stargate is the primary I/O manager for the Nutanix cluster, and in a BCDR context, it handles the " Snapshot-on-wire " data transfer. This is the port where the actual bits of the virtual disks are sent from the source cluster to the destination cluster. Port TCP 2020 is used by the Cerebro service. Cerebro is the replication engine that handles protection domain orchestration, snapshot scheduling, and cross-site handshake operations. Without port 2020, the clusters cannot synchronize their schedules or confirm that a recovery point has been successfully stored at the remote site. While other ports like 9440 (Prism management) and 22 (SSH) are used for administrative tasks, ports 2009 and 2020 are the mandatory " data path " and " control path " ports required for the continuous and successful replication of workloads between availability zones.
NEW QUESTION # 16
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