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Tech4Examでは、学習スタイルに合わせてPDF版・デスクトップテストエンジン・オンラインテストエンジンの3つの形態をご用意しています。自宅のパソコンでじっくり解くもよし、移動中にAZ-802の練習問題をスマートフォンで確認するもよし。Microsoft Administering Windows Serverの対策を自分のペースで進められます。
Microsoft AZ-802 試験概要:
| 認定ベンダー: | Microsoft |
|---|---|
| 試験名: | Microsoft認定：Windows Server Hybrid Administrator Associate（試験AZ-802：Windows Serverハイブリッドインフラストラクチャの管理） |
| 試験番号: | AZ-802 |
| 対応言語: | English |
| 関連資格: | Microsoft Certified: Windows Server Hybrid Administrator Associate |
| 試験形式: | ケーススタディ, 実習形式の課題, 多肢選択式 |
| サンプル問題: | DOWNLOAD DEMO |
| 受験方法: | コンピューターを使用した監督付き試験（オンラインまたは試験会場で受験）であり、状況設定に基づく設問と実践的な課題が出題されます |
| 前提条件: | Windows Serverの管理、AD DS、ネットワーク、基本的なAzureサービスに関する実務経験が推奨されます。一般的にAZ-800またはAZ-801レベルの知識を前提としています。 |
| 公式シラバスのURL: | https://learn.microsoft.com/en-us/credentials/certifications/windows-server-hybrid-administrator/ |
Microsoft AZ-802 試験シラバストピック:
| セクション | 目標 |
|---|---|
| 監視とトラブルシューティング | - システムの監視
|
| 高可用性の実装と管理 | - フェールオーバークラスタリング
|
| Windows Serverハイブリッドインフラストラクチャのセキュリティ保護 | - IDとアクセスの管理
|
| 災害復旧と移行 | - 移行シナリオ
|
| ハイブリッドコンピューティングと仮想化の管理 | - コンテナー
|
| ネットワークおよびストレージインフラストラクチャ | - ストレージの管理
|
Microsoft Administering Windows Serverに関するよくあるご質問
AZ-802試験はMicrosoft Administering Windows Serverの公式認定試験で、合格するとMicrosoft Certified: Windows Server Hybrid Administrator Associateの認定を取得できます。この認定はプロフェッショナルレベルに位置づけられています。関連する認定には、Microsoft Certified: Windows Server Hybrid Administrator Associateなどがあります。Tech4Examでは、この試験の出題傾向に沿った512問の練習問題をご用意しています。
受験条件は見直される場合があります。お申し込みの前に、Microsoftの公式ページで最新の情報をご確認ください。
はい、Tech4ExamではAZ-802練習問題の無料サンプルをご用意しています。512問の問題集の一部を事前にご確認いただけるので、内容や品質に納得してからご購入いただけます。ご購入後は365日間の無料アップデートが付き、期間終了後も50%割引で更新を継続いただけるため、常に最新の出題内容に沿って学習できます。
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AZ-802試験の出題範囲は6の領域に分かれています。主な領域として、「ハイブリッドコンピューティングと仮想化の管理」、「Windows Serverハイブリッドインフラストラクチャのセキュリティ保護」、「高可用性の実装と管理」などが挙げられます。各領域の詳しい内訳については、このページ上部に掲載している試験シラバスをご確認ください。
Microsoft Administering Windows Server 認定 AZ-802 試験問題：
You have a Windows Server 2022 failover cluster named Cluster1 that contains the Cluster Shared Volumes (CSV) shown in the following table.
All the nodes in Cluster1 have BitLocker Drive Encryption (BitLocker) installed.
You need to use PowerShell to enable BitLocker on Volume1.
In which order should you run the commands? To answer, drag the appropriate commands to the correct order. You may need to drag the split bar between panes or scroll to view content.
NOTE: Each correct selection is worth one point.
Exhibit
正解：
Explanation:
1. Get-ClusterSharedVolume -Name " Volume1 " | Suspend-ClusterResource. 2. Enable-BitLocker - MountPoint " C:\ClusterStorage\Volume1 " -RecoveryPasswordProtector. 3. $KeyProtectorID = (Get- BitlockerVolume -MountPoint " C:\ClusterStorage\Volume1 " ).KeyProtector. 4. Get-ClusterSharedVolume " Volume1 " | Set-ClusterParameter -Name BitLockerProtectorInfo -Value " $KeyProtectorID.
keyprotectorid:$KeyProtectorID.RecoveryPassword " -Create. 5. Get-ClusterSharedVolume -Name " Volume1 " | Resume-ClusterResource.
Microsoft ' s documented procedure for enabling BitLocker on a Cluster Shared Volume begins by suspending the CSV ' s cluster resource with Suspend-ClusterResource, which takes the volume into a maintenance state so that BitLocker can safely take ownership of and begin encrypting it without interference from ongoing cluster I/O. With the resource suspended, Enable-BitLocker is run against the volume ' s mount point using a recovery password protector, which starts the encryption process and generates a key protector.
The script then retrieves that key protector ' s ID by querying Get-BitlockerVolume and reading its KeyProtector property into a variable, since this ID, together with the recovery password, needs to be registered with the cluster itself. That information is registered by setting the BitLockerProtectorInfo cluster parameter on the CSV resource, using Set-ClusterParameter with the -Create switch, which is what allows every node in the cluster, not only the node that ran the commands, to automatically unlock the encrypted volume going forward. Only after this registration step is complete is the CSV resource resumed with Resume- ClusterResource, bringing Volume1 back online cluster-wide with BitLocker now protecting it.
You have an on-premises server named Server1 that runs Windows Server.
You have an Azure subscription.
You plan to back up the files and folders on Server1 by using the Microsoft Azure Recovery Services (MARS) agent.
You need to identify to which location the backups can be written and the maximum number of scheduled backups that can be performed per day.
What should you identify? To answer, select the appropriate options in the answer area.
NOTE: Each correct selection is worth one point
正解：
Explanation:
Backup location: A Recovery Services vault in Azure. Maximum number of scheduled backups per day: 3.
The MARS agent, short for Microsoft Azure Recovery Services agent, is the Azure Backup client used to protect files and folders directly on Windows machines such as Server1, and it always writes its backups to a Recovery Services vault in Azure. The newer Backup vault resource type is used for other Azure Backup workloads, such as blobs, Azure managed disks, and PostgreSQL databases, and is not a supported destination for MARS agent backups, so a Recovery Services vault is the only correct backup location for this scenario.
Within the MARS agent ' s Schedule Backup wizard, an administrator can configure a backup job to run up to three times per day at specified times, and three is the documented maximum backup frequency supported by the agent; attempting to schedule more than three daily backups is not possible through the wizard. Because the scenario asks specifically about the destination and the frequency limits of MARS agent backups, identifying a Recovery Services vault as the location and three as the maximum number of scheduled backups per day correctly answers both parts of the question.
You have an on-premises, two-node, hyperconverged Windows Server Failover Cluster (WSFC) named Cluster1. You have an Azure subscription. You need to configure a cloud witness for Cluster1. Which type of Azure Storage should you use?
- A. table
- B. blob
- C. queue
- D. file
正解：B 🗳️
解説: (Tech4Exam メンバーにのみ表示されます)
You have a server named Server1 that runs Windows Server. You need to ensure that only specific applications can modify the data in protected folders on Server1. Solution: From App & browser control, you configure the Reputation-based protection. Does this meet the goal?
- A. Yes
- B. No
正解：B 🗳️
解説: (Tech4Exam メンバーにのみ表示されます)
You have a Windows Server Failover Cluster (WSFQ that has the following configurations:
* Name: App1
* Owner node: Node3
* Type: Generic Application
The General settings for App1 are shown in the General exhibit. (Click the General tab.) The Failover settings for App1 are shown in the Failover exhibit. (Click the Failover tab.) The Advanced Policies settings for App1 are shown in the Advanced Policies exhibit. (Click the Advanced Policies tab.) For each of the following statements, select Yes if the statement is true Otherwise, select No.
NOTE: Each correct selection is worth one point.
正解：
Explanation:
You can move App1 to Node4 manually: No. If Node3 fails, App1 will fail over to Node2 automatically: No.
If App1 automatically fails over from Node3, App1 will fail back to Node3 automatically after Node3 is repaired: No.
App1 ' s General tab shows its Preferred Owners list contains only Node1 and Node2, checked in that priority order, with Node3 and Node4 both unchecked, and its Node field shows the role is currently running on Node2 rather than Node3. Because App1 is not actually running on Node3 at this moment, a failure of Node3 has no clustered workload on it to relocate, so it triggers no automatic failover to Node2 or to any other node; failover in Windows Server Failover Clustering only occurs when the node that is currently hosting a role fails, not when an unrelated node fails. Automatic failback always targets the highest-priority node that is checked in the role ' s Preferred Owners list on the General tab, never simply whichever node the role most recently happened to run on, and since Node3 is not checked as a Preferred Owner for App1 at all, App1 can never automatically fail back to Node3, even though the Failover tab shows Allow failback set to Immediately. Whether App1 can be moved to Node4 manually is governed separately by the Possible Owners list on the Advanced Policies tab, a setting distinct from Preferred Owners, and for this role that list excludes Node4 as a valid host, so a manual move to Node4 is not possible either.
－Shiraishi
