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| Section | Objectives |
|---|---|
| Topic 1: Security and Hardening | - Security best practices for replication - Approval policies configuration - RBAC implementation for disaster recovery - Designing secure BCDR environments |
| Topic 2: Monitoring, Testing and Troubleshooting | - Resolving third-party backup integration problems - Non-disruptive recovery testing - Documenting runbooks for incident response - Diagnosing network, storage and replication failures - Troubleshooting permission issues and misconfigured DR environments - Setting up alerts for replication lag |
| Topic 3: BCDR Fundamentals and Requirements Interpretation | - Defining recovery strategies aligned to business requirements and risk tolerance - Understanding RTO and RPO concepts and business impact analysis - Translating business requirements into resilient recovery architectures - Selecting appropriate replication types (async, near-sync, synchronous, metro) - Availability metrics and SLA definitions |
| Topic 4: Data Protection and Snapshots | - Data restoration at VM and application level - Snapshot retention policies design - Storage configuration for BCDR - Snapshot scheduling and management - Incremental backup implementation |
| Topic 5: Nutanix Disaster Recovery Solutions | - Integration with third-party backup solutions - Failover procedures and execution - Metro Availability configuration and management - Configuring and managing replication policies - Recovery workflows using Nutanix native tools |
| Topic 6: Replication and Failover Architecture | - Network segmentation for BCDR environments - Synchronous replication across sites - Failover readiness validation - Asynchronous replication planning - Recovery site capacity management |
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NEW QUESTION # 95
Which combination of Replication Schedules within the same Recovery Plan will cause the recovery to fail?
Answer: A
Explanation:
A Recovery Plan in Nutanix is the orchestration engine that defines the power-on sequence, network mappings, and script execution for disaster recovery. While a single cluster can support various types of replication-Asynchronous, NearSync, and Synchronous-there are strict architectural limits on how these can be mixed within a single automated plan.
The primary conflict arises when mixing Synchronous (0 RPO) schedules with snapshot-based Asynchronous or NearSync schedules. Synchronous replication is an " Active-Standby " or " Active-Active " storage state where the destination site already has the data in a " mounted " but inactive container. In contrast, Asynchronous and NearSync recovery involve " restoring " a VM from a specific recovery point (snapshot), which includes registering the VM and attaching the disks during the failover process. Because the orchestration logic for a Zero-RPO synchronous failover is fundamentally different from a snapshot restoration, Nutanix prevents placing them in the same Recovery Plan. Attempting to do so will cause validation errors and lead to execution failure, as the orchestrator cannot simultaneously manage real-time failover and snapshot-based restoration for the same logical group. To successfully protect an environment with both types of RPO requirements, administrators must create separate Recovery Plans: one dedicated to Synchronous workloads and another for snapshot-based Asynchronous/NearSync workloads, ensuring that each set of VMs follows its appropriate recovery workflow.
NEW QUESTION # 96
Which file system is supported on Linux VMs for Self-Service Restore?
Answer: A
Explanation:
Nutanix Self-Service Restore (SSR) allows end-users to recover files from snapshots without needing assistance from a cluster administrator. This functionality is enabled by Nutanix Guest Tools (NGT), which mounts a snapshot disk to the guest VM. For SSR to function, the Nutanix Guest Agent (NGA) must be able to recognize and mount the file systems present on the snapshots.
For Linux-based virtual machines, Nutanix SSR supports standard, modern journaling file systems. EXT4 is the most widely supported and common file system used across modern Linux distributions like RHEL, CentOS, and Ubuntu, and it is natively supported by the Nutanix SSR agent. While other file systems like XFS or older EXT versions might be supported by the OS itself, EXT4 is the primary validated target for SSR operations. NTFS (Option B) is primarily a Windows file system, though it can be mounted on Linux, it is not the native standard for Linux SSR. Supporting the native file system of the guest OS is critical because it ensures that file permissions and ownership (UID/GID) are preserved during the recovery process. This compatibility allows users to seamlessly mount the snapshot, navigate to the required directory, and restore deleted or corrupted files directly to their production environment.
NEW QUESTION # 97
What must the maximum Round Trip Latency be less than between a Witness VM and Metro Availability PDs?
Answer: D
Explanation:
Nutanix Metro Availability is a continuous availability solution that provides a zero Recovery Point Objective (RPO) and near-zero Recovery Time Objective (RTO) across two sites. For this configuration, there are two distinct latency requirements that administrators must manage. First, the Round Trip Time (RTT) latency between the two storage clusters participating in the synchronous replication must be less than 5ms to ensure application performance is not significantly degraded by the write-synchronization process. Second, the Witness VM, which acts as an external arbitrator to prevent " split-brain " scenarios during a site failure, has a more flexible latency requirement. The maximum RTT between the Witness VM and the managed Protection Domains (PDs) must be less than 200ms. This higher threshold allows the Witness to be placed in a separate geographical region or a third-party cloud availability zone (AZ), ensuring it remains independent of the failure domain affecting the primary and secondary sites. If the latency to the Witness exceeds 200ms, the cluster may be unable to quickly acquire the lock necessary to automate failover, potentially causing the Metro Availability configuration to fail during an actual disaster event.
NEW QUESTION # 98
A VM is configured with a 5-minute Nearsync RPO. After several hours, replication transitions back to hourly RPO. Alerts indicate the minute schedule cannot be maintained. What is the most likely root cause?
Answer: D
Explanation:
Nutanix NearSync replication uses Lightweight Snapshots (LWS) to achieve RPOs as low as 1 minute. To maintain this aggressive schedule, the system must be able to replicate all the " delta " changes (the data that has changed since the last snapshot) within the RPO window. If the data change rate (churn) of the VM increases, or if the available network bandwidth decreases, the system may find that it cannot complete the replication of one LWS before the next one is due.
When the Nutanix Cerebro service detects that it is consistently missing its NearSync target, it will automatically " downshift " the replication to a standard Asynchronous schedule (typically hourly) to ensure that the VM remains protected at a manageable frequency. This is a self-healing mechanism designed to prevent replication jobs from stacking up and causing cluster instability. Insufficient bandwidth (Option D) is the most common cause for this downshift, as the " Snapshot-on-wire " cannot be moved fast enough to satisfy the 5-minute requirement. While high RTT (Option A) is a requirement for Synchronous replication, NearSync is designed to handle higher latencies (up to 80ms or more), making bandwidth the primary bottleneck in these troubleshooting scenarios.
NEW QUESTION # 99
During the Recovery Plan configuration, the administrator maps the " Test Network " setting to the " Production Network " VLAN on the Recovery Site. What is the expected outcome when the administrator executes a Test Failover for this plan?
Answer: C
Explanation:
Nutanix Recovery Plans allow for granular control over networking during different failover scenarios. The " Test Network " setting is specifically designed to provide an isolated sandbox for validation. If an administrator incorrectly maps this test network to the actual " Production Network " VLAN at the recovery site, they are effectively bypassing the safety mechanisms intended to isolate the test.
When the Test Failover is executed, the test VMs will boot up on the production VLAN using the exact same IP addresses they have at the source site. If the primary site is still online (which is the case during a test), the existence of two identical VMs with identical IPs on the same logical network will cause immediate IP address conflicts. This can disrupt live production traffic, cause routing instability, and potentially lead to service outages at both sites. The system does not " automatically " isolate traffic (Option B) if the administrator has explicitly directed the test VMs to the production segment. This scenario emphasizes the critical importance of network planning in BCDR: a " Test " network must always be an isolated, non- routable segment to ensure that validation remains non-disruptive as intended.
NEW QUESTION # 100
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