Question 280Two Hyper-V hosts are configured for Replica over HTTP in an untrusted network, and security requires authenticated encrypted replication. How can administrators make this correction durable through future changes? Regularly test file-level restores and verify schedule and retention coverage against business recovery objectives. Alert on replication health and lag thresholds rather than monitoring only whether the replica VM exists. Monitor certificate expiry and restrict Hyper-V Replica listening endpoints to authorized partner hosts. Add reverse replication and failback readiness to the post-disaster recovery checklist. ExplanationCorrect Answer C:Monitor certificate expiry and restrict Hyper-V Replica listening endpoints to authorized partner hosts. This preventive control maintains the intended protection because hyper-V Replica supports authenticated replication; certificate-based HTTPS protects the replication traffic on untrusted paths. The initial action remains: Configure certificate-based Hyper-V Replica authentication over HTTPS with trusted certificates and the required firewall access. Other Answers A:File-level Azure Backup protection requires the relevant workload to be registered and scheduled; VM image protection alone may not cover the stated server. A more direct preventive measure is to monitor certificate expiry and restrict Hyper-V Replica listening endpoints to authorized partner hosts. B:Replication lag means the newest data is not yet on the replica; configured replication alone does not guarantee current recoverability. The lasting safeguard is to monitor certificate expiry and restrict Hyper-V Replica listening endpoints to authorized partner hosts. D:Failover changes workload ownership; replication direction must be explicitly reestablished to regain protection against the next site failure. A more direct preventive measure is to monitor certificate expiry and restrict Hyper-V Replica listening endpoints to authorized partner hosts.
Question 281A primary Hyper-V host is to be retired, but operators perform an unplanned failover of its VM and lose the most recent consistent changes. What should the administrator change first to resolve the stated issue? Investigate replication frequency, connectivity and backlog and restore healthy recovery-point production before declaring the RPO met. Use planned failover after synchronizing outstanding changes and shutting down the primary VM in the supported sequence. Configure reverse replication or the supported reprotection procedure after validating the recovered new primary's state. Use an isolated ASR test failover network and designated recovery points instead of initiating an unplanned production failover. ExplanationCorrect Answer B:Use planned failover after synchronizing outstanding changes and shutting down the primary VM in the supported sequence. This resolves the observed failure because planned failover coordinates the last replication delta before changing production ownership, unlike an emergency failover after source loss. A suitable acceptance check is: Perform a rehearsal and confirm the last synchronized recovery point and service data are present on the designated replica host. Other Answers A:Replication lag means the newest data is not yet on the replica; configured replication alone does not guarantee current recoverability. The required change instead is to use planned failover after synchronizing outstanding changes and shutting down the primary VM in the supported sequence. C:Failover changes workload ownership; replication direction must be explicitly reestablished to regain protection against the next site failure. This failure calls for a decision to use planned failover after synchronizing outstanding changes and shutting down the primary VM in the supported sequence. D:ASR test failover validates recovery arrangements without needing to commit the protected production workload to the secondary site. The required change instead is to use planned failover after synchronizing outstanding changes and shutting down the primary VM in the supported sequence.
Question 282A primary Hyper-V host is to be retired, but operators perform an unplanned failover of its VM and lose the most recent consistent changes. Which cause-and-effect mechanism best fits this evidence? ASR test failover validates recovery arrangements without needing to commit the protected production workload to the secondary site. Replication lag means the newest data is not yet on the replica; configured replication alone does not guarantee current recoverability. Failover changes workload ownership; replication direction must be explicitly reestablished to regain protection against the next site failure. Planned failover coordinates the last replication delta before changing production ownership, unlike an emergency failover after source loss. ExplanationCorrect Answer D:Planned failover coordinates the last replication delta before changing production ownership, unlike an emergency failover after source loss. The mechanism explains the corrective action: Use planned failover after synchronizing outstanding changes and shutting down the primary VM in the supported sequence. The associated validation is: Perform a rehearsal and confirm the last synchronized recovery point and service data are present on the designated replica host. Other Answers A:ASR test failover validates recovery arrangements without needing to commit the protected production workload to the secondary site. In the stated system, planned failover coordinates the last replication delta before changing production ownership, unlike an emergency failover after source loss. B:Replication lag means the newest data is not yet on the replica; configured replication alone does not guarantee current recoverability. In the stated system, planned failover coordinates the last replication delta before changing production ownership, unlike an emergency failover after source loss. C:Failover changes workload ownership; replication direction must be explicitly reestablished to regain protection against the next site failure. In the stated system, planned failover coordinates the last replication delta before changing production ownership, unlike an emergency failover after source loss.
Question 283A primary Hyper-V host is to be retired, but operators perform an unplanned failover of its VM and lose the most recent consistent changes. What should the engineer check to distinguish success from a superficial fix? Inspect replication health in the new direction and verify a test change reaches the former primary site. Compare last replication timestamps with the agreed recovery point objective and validate a recent test recovery point. Perform a rehearsal and confirm the last synchronized recovery point and service data are present on the designated replica host. Launch a test failover, verify the isolated VM and application, then clean up test resources without impacting production service. ExplanationCorrect Answer C:Perform a rehearsal and confirm the last synchronized recovery point and service data are present on the designated replica host. This evidence tests whether the team actually completed: Use planned failover after synchronizing outstanding changes and shutting down the primary VM in the supported sequence. It addresses the risk because planned failover coordinates the last replication delta before changing production ownership, unlike an emergency failover after source loss. Other Answers A:Failover changes workload ownership; replication direction must be explicitly reestablished to regain protection against the next site failure. Proving this correction calls for a check to perform a rehearsal and confirm the last synchronized recovery point and service data are present on the designated replica host. B:Replication lag means the newest data is not yet on the replica; configured replication alone does not guarantee current recoverability. A more meaningful verification is to perform a rehearsal and confirm the last synchronized recovery point and service data are present on the designated replica host. D:ASR test failover validates recovery arrangements without needing to commit the protected production workload to the secondary site. A more meaningful verification is to perform a rehearsal and confirm the last synchronized recovery point and service data are present on the designated replica host.
Question 284A primary Hyper-V host is to be retired, but operators perform an unplanned failover of its VM and lose the most recent consistent changes. What should be added to the permanent maintenance checklist? Document planned versus unplanned Hyper-V failover triggers and maintain tested shutdown and synchronization procedures. Require documented sandbox isolation and success criteria for scheduled disaster recovery exercises. Add reverse replication and failback readiness to the post-disaster recovery checklist. Alert on replication health and lag thresholds rather than monitoring only whether the replica VM exists. ExplanationCorrect Answer A:Document planned versus unplanned Hyper-V failover triggers and maintain tested shutdown and synchronization procedures. This preventive control maintains the intended protection because planned failover coordinates the last replication delta before changing production ownership, unlike an emergency failover after source loss. The initial action remains: Use planned failover after synchronizing outstanding changes and shutting down the primary VM in the supported sequence. Other Answers B:ASR test failover validates recovery arrangements without needing to commit the protected production workload to the secondary site. Reducing this risk requires a practice to document planned versus unplanned Hyper-V failover triggers and maintain tested shutdown and synchronization procedures. C:Failover changes workload ownership; replication direction must be explicitly reestablished to regain protection against the next site failure. The stronger recurring control is to document planned versus unplanned Hyper-V failover triggers and maintain tested shutdown and synchronization procedures. D:Replication lag means the newest data is not yet on the replica; configured replication alone does not guarantee current recoverability. Reducing this risk requires a practice to document planned versus unplanned Hyper-V failover triggers and maintain tested shutdown and synchronization procedures.
Question 285After a successful emergency failover to a Hyper-V Replica site, the original primary returns but changes are no longer replicating back. What is the most appropriate action given the observed constraints? Configure the correct source-to-target ASR network mapping and test that the recovered VM lands on an isolated appropriate subnet. Configure reverse replication or the supported reprotection procedure after validating the recovered new primary's state. Use planned failover after synchronizing outstanding changes and shutting down the primary VM in the supported sequence. Configure certificate-based Hyper-V Replica authentication over HTTPS with trusted certificates and the required firewall access. ExplanationCorrect Answer B:Configure reverse replication or the supported reprotection procedure after validating the recovered new primary's state. This resolves the observed failure because failover changes workload ownership; replication direction must be explicitly reestablished to regain protection against the next site failure. A suitable acceptance check is: Inspect replication health in the new direction and verify a test change reaches the former primary site. Other Answers A:Site Recovery replication preserves workload state while network mapping defines how recovered VM interfaces attach at failover. This failure calls for a decision to configure reverse replication or the supported reprotection procedure after validating the recovered new primary's state. C:Planned failover coordinates the last replication delta before changing production ownership, unlike an emergency failover after source loss. The required change instead is to configure reverse replication or the supported reprotection procedure after validating the recovered new primary's state. D:Hyper-V Replica supports authenticated replication; certificate-based HTTPS protects the replication traffic on untrusted paths. This failure calls for a decision to configure reverse replication or the supported reprotection procedure after validating the recovered new primary's state.
Question 286After a successful emergency failover to a Hyper-V Replica site, the original primary returns but changes are no longer replicating back. What principle explains why the correct response works? Failover changes workload ownership; replication direction must be explicitly reestablished to regain protection against the next site failure. Planned failover coordinates the last replication delta before changing production ownership, unlike an emergency failover after source loss. Site Recovery replication preserves workload state while network mapping defines how recovered VM interfaces attach at failover. Hyper-V Replica supports authenticated replication; certificate-based HTTPS protects the replication traffic on untrusted paths. ExplanationCorrect Answer A:Failover changes workload ownership; replication direction must be explicitly reestablished to regain protection against the next site failure. The mechanism explains the corrective action: Configure reverse replication or the supported reprotection procedure after validating the recovered new primary's state. The associated validation is: Inspect replication health in the new direction and verify a test change reaches the former primary site. Other Answers B:Planned failover coordinates the last replication delta before changing production ownership, unlike an emergency failover after source loss. By contrast, failover changes workload ownership; replication direction must be explicitly reestablished to regain protection against the next site failure. C:Site Recovery replication preserves workload state while network mapping defines how recovered VM interfaces attach at failover. In the stated system, failover changes workload ownership; replication direction must be explicitly reestablished to regain protection against the next site failure. D:Hyper-V Replica supports authenticated replication; certificate-based HTTPS protects the replication traffic on untrusted paths. In the stated system, failover changes workload ownership; replication direction must be explicitly reestablished to regain protection against the next site failure.
Question 287After a successful emergency failover to a Hyper-V Replica site, the original primary returns but changes are no longer replicating back. What observable evidence would verify that the fix succeeded? Check certificate names, trust and replication connection tests, then verify protected VM state reaches the replica host. Run an isolated test failover and inspect recovered VM subnet placement, name resolution and approved connectivity. Perform a rehearsal and confirm the last synchronized recovery point and service data are present on the designated replica host. Inspect replication health in the new direction and verify a test change reaches the former primary site. ExplanationCorrect Answer D:Inspect replication health in the new direction and verify a test change reaches the former primary site. This evidence tests whether the team actually completed: Configure reverse replication or the supported reprotection procedure after validating the recovered new primary's state. It addresses the risk because failover changes workload ownership; replication direction must be explicitly reestablished to regain protection against the next site failure. Other Answers A:Hyper-V Replica supports authenticated replication; certificate-based HTTPS protects the replication traffic on untrusted paths. A more meaningful verification is to inspect replication health in the new direction and verify a test change reaches the former primary site. B:Site Recovery replication preserves workload state while network mapping defines how recovered VM interfaces attach at failover. A more meaningful verification is to inspect replication health in the new direction and verify a test change reaches the former primary site. C:Planned failover coordinates the last replication delta before changing production ownership, unlike an emergency failover after source loss. The relevant acceptance check is to inspect replication health in the new direction and verify a test change reaches the former primary site.
Question 288After a successful emergency failover to a Hyper-V Replica site, the original primary returns but changes are no longer replicating back. What control should be sustained after the immediate fix? Maintain ASR recovery network maps whenever production VNets, subnets or IP assignments change. Monitor certificate expiry and restrict Hyper-V Replica listening endpoints to authorized partner hosts. Document planned versus unplanned Hyper-V failover triggers and maintain tested shutdown and synchronization procedures. Add reverse replication and failback readiness to the post-disaster recovery checklist. ExplanationCorrect Answer D:Add reverse replication and failback readiness to the post-disaster recovery checklist. This preventive control maintains the intended protection because failover changes workload ownership; replication direction must be explicitly reestablished to regain protection against the next site failure. The initial action remains: Configure reverse replication or the supported reprotection procedure after validating the recovered new primary's state. Other Answers A:Site Recovery replication preserves workload state while network mapping defines how recovered VM interfaces attach at failover. The lasting safeguard is to add reverse replication and failback readiness to the post-disaster recovery checklist. B:Hyper-V Replica supports authenticated replication; certificate-based HTTPS protects the replication traffic on untrusted paths. The lasting safeguard is to add reverse replication and failback readiness to the post-disaster recovery checklist. C:Planned failover coordinates the last replication delta before changing production ownership, unlike an emergency failover after source loss. The stronger recurring control is to add reverse replication and failback readiness to the post-disaster recovery checklist.
Question 289An operator sees Hyper-V Replica health marked warning and assumes the VM is fully protected despite several hours of replication backlog. Which next corrective action best addresses this failure? Configure reverse replication or the supported reprotection procedure after validating the recovered new primary's state. Use supported Azure VM instant restore or file recovery from an appropriate recovery-point snapshot to retrieve the needed files. Configure certificate-based Hyper-V Replica authentication over HTTPS with trusted certificates and the required firewall access. Investigate replication frequency, connectivity and backlog and restore healthy recovery-point production before declaring the RPO met. ExplanationCorrect Answer D:Investigate replication frequency, connectivity and backlog and restore healthy recovery-point production before declaring the RPO met. This resolves the observed failure because replication lag means the newest data is not yet on the replica; configured replication alone does not guarantee current recoverability. A suitable acceptance check is: Compare last replication timestamps with the agreed recovery point objective and validate a recent test recovery point. Other Answers A:Failover changes workload ownership; replication direction must be explicitly reestablished to regain protection against the next site failure. A more relevant action is to investigate replication frequency, connectivity and backlog and restore healthy recovery-point production before declaring the RPO met. B:Snapshot-backed recovery can offer faster point-in-time file inspection than a full VM rebuild, within the chosen retention and recovery-point limits. The corrective action for this requirement is to investigate replication frequency, connectivity and backlog and restore healthy recovery-point production before declaring the RPO met. C:Hyper-V Replica supports authenticated replication; certificate-based HTTPS protects the replication traffic on untrusted paths. A more relevant action is to investigate replication frequency, connectivity and backlog and restore healthy recovery-point production before declaring the RPO met.
Question 290An operator sees Hyper-V Replica health marked warning and assumes the VM is fully protected despite several hours of replication backlog. Why does the proposed solution address the underlying problem? Failover changes workload ownership; replication direction must be explicitly reestablished to regain protection against the next site failure. Hyper-V Replica supports authenticated replication; certificate-based HTTPS protects the replication traffic on untrusted paths. Snapshot-backed recovery can offer faster point-in-time file inspection than a full VM rebuild, within the chosen retention and recovery-point limits. Replication lag means the newest data is not yet on the replica; configured replication alone does not guarantee current recoverability. ExplanationCorrect Answer D:Replication lag means the newest data is not yet on the replica; configured replication alone does not guarantee current recoverability. The mechanism explains the corrective action: Investigate replication frequency, connectivity and backlog and restore healthy recovery-point production before declaring the RPO met. The associated validation is: Compare last replication timestamps with the agreed recovery point objective and validate a recent test recovery point. Other Answers A:Failover changes workload ownership; replication direction must be explicitly reestablished to regain protection against the next site failure. In the stated system, replication lag means the newest data is not yet on the replica; configured replication alone does not guarantee current recoverability. B:Hyper-V Replica supports authenticated replication; certificate-based HTTPS protects the replication traffic on untrusted paths. In the stated system, replication lag means the newest data is not yet on the replica; configured replication alone does not guarantee current recoverability. C:Snapshot-backed recovery can offer faster point-in-time file inspection than a full VM rebuild, within the chosen retention and recovery-point limits. In the stated system, replication lag means the newest data is not yet on the replica; configured replication alone does not guarantee current recoverability.
