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Microsoft AZ-801日本語 Exam Syllabus Topics:
| Section | Objectives |
|---|---|
| Implement hybrid services and management | - Implement hybrid identity and governance integration - Configure Azure Arc-enabled servers - Manage Windows Server using Azure services |
| Implement disaster recovery and migration | - Migrate Windows Server workloads to Azure - Implement Azure Site Recovery - Plan and perform server migration |
| Implement monitoring and troubleshooting | - Monitor Windows Server hybrid environments - Analyze performance and event logs - Troubleshoot Active Directory and networking issues |
| Implement and manage high availability and disaster recovery | - Implement backup and restore using Azure services - Implement storage replication and high availability solutions - Configure failover clustering |
The Microsoft Configuring Windows Server Hybrid Advanced Services (AZ-801日本語版) Exam: Practical Answers
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Recommended: AZ-800 (Administering Windows Server Hybrid Core Infrastructure) or equivalent experience with Windows Server and Azure administration
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The official outline divides the AZ-801日本語 exam into weighted domains, including:
- Implement disaster recovery and migration ()
- Implement and manage high availability and disaster recovery ()
- Implement hybrid services and management ()
The Microsoft Configuring Windows Server Hybrid Advanced Services (AZ-801日本語版) practice questions at ExamPrepAway follow these same objectives across all three formats — PDF, PC engine, and online engine.
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Microsoft recommends these training resources for candidates:
- Microsoft Learn AZ-801 Learning Path
- Windows Server Hybrid Administrator Associate Certification Overview
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Microsoft Configuring Windows Server Hybrid Advanced Services (AZ-801日本語版) Sample Questions:
Windows Serverを実行するServer1という名前のサーバーがあり、VMware環境でホストされています。
Server1には、Applという名前のASP.NETアプリケーションが含まれています。ユーザーは次のURLを使用してApp1にアクセスします。
https://app1.contoso.com
App1をAzure App Serviceに移行するには、Azure Migrateの統合フローを使用する必要があります。移行後、ユーザーは同じURLを使用してApp1にアクセスできる必要があります。
どの3つの行動を順番に実行すべきでしょうか?回答するには、行動リストから適切な行動を回答欄に移動させ、正しい順序に並べ替えてください。
展示する
Correct Answer:

Explanation:
Detailed Explanation
The Azure Migrate App Containerization tool discovers the ASP.NET application on Server1, containerizes it, and pushes the image to a container registry as part of the integrated App Service migration flow. Running a migration task in Azure Migrate then deploys that container to an Azure App Service Web App for Containers instance. Because the App Service app is initially reachable only through its default azurewebsites.
net hostname, a custom domain (app1.contoso.com) must be bound and validated on the App Service app afterward so users can continue using the same URL. Creating an App Service plan, an Azure Migrate assessment, or a Private DNS zone are not part of this specific containerize-and-migrate-then-rebind-domain sequence.
Official Reference
Containerize and migrate ASP.NET apps to Azure App Service - https://learn.microsoft.com/en-us/azure
/migrate/tutorial-app-containerization-aspnet-app-service
あなたはMicrosoft Sentinelの導入を計画しています。
セキュリティ要件を満たすには、どのタイプのMicrosoft Sentinelデータコネクタを使用すべきですか?
- A. 脅威インテリジェンス - TAXII
- B. Microsoft Defender for Cloud
- C. Azure Active Directory
- D. Microsoft Defender for Identity
Correct Answer: D 🗳️
オンプレミス環境には、Windows Server を実行し、Hyper-V サーバーの役割がインストールされている Server1 という名前のサーバーがあります。Server1 は、Windows Server を実行する VM1 という名前の仮想マシンをホストしています。
Azure Site Recoveryを使用してVM1を保護する必要があります。このソリューションでは、災害復旧サイトとしてAzureを使用しなければなりません。
どの4つの行動を順番に実行すべきでしょうか?回答するには、行動リストから適切な行動を回答欄に移動させ、正しい順序に並べ替えてください。
展示する
Correct Answer:

Explanation:
Detailed Explanation
Setting up disaster recovery for an on-premises Hyper-V VM begins in Azure by creating a Recovery Services vault, which is the container that will hold the replication configuration and recovery points. Within that vault, a Hyper-V site is created to represent the on-premises Hyper-V environment, after which the Azure Site Recovery Provider (and the accompanying Microsoft Azure Recovery Services agent) is installed on the Hyper-V host, Server1, to register it with the site and enable it to communicate with the vault. Finally, the target environment settings (network, storage, and other Azure resources VM1 will use after failover) are configured before replication can be enabled, matching the documented order of operations for Hyper-V-to- Azure disaster recovery.
Official Reference
Set up disaster recovery for on-premises Hyper-V VMs to Azure - https://learn.microsoft.com/en-us/azure
/site-recovery/hyper-v-azure-tutorial
VM1という名前のAzure仮想マシンがあり、そこでWindows Serverが動作しています。VM1上のディスクは、Azureディスク暗号化を使用して保護されています。
VM1に接続されているデータディスクのディスク暗号化を無効にするには、PowerShellを使用する必要があります。
このコマンドをどのように完了すればよいですか?回答するには、回答欄で適切なオプションを選択してください。
注:正解ごとに1ポイントが加算されます。
展示する
Correct Answer:

Explanation:
Detailed Explanation
The Disable-AzVMDiskEncryption cmdlet in the Az.Compute module removes the Azure Disk Encryption extension ' s encryption from a VM ' s disks, and its -VolumeType parameter accepts All, OS, or Data to scope the operation to a subset of disks. Specifying -VolumeType Data restricts the disable operation to the data disks only, leaving the OS disk ' s encryption state untouched, which matches the requirement to disable encryption specifically on VM1 ' s data disks rather than every disk on the machine. Running the cmdlet reboots the VM as part of removing the encryption extension.
Official Reference
Disable-AzVMDiskEncryption - https://learn.microsoft.com/en-us/powershell/module/az.compute/disable- azvmdiskencryption
Node 1、Node2 という名前の 3 つの Windows Server ノードを含む Cluster1 という名前のフェールオーバー クラスターがあります。そしてNode3。
記憶域スペース ダイレクト仮想ディスクを Cluster1 にデプロイする必要があります。
各ノードに次のディスクを追加します。
* 3 つの 512-6B NVMe ディスク
* 3 TB ディスク x 3
* 3 つの 1 TB SSD ディスク
Cluster1 で。記憶域スペース ダイレクトを有効にして、新しいディスクを追加します。
記憶域スペース ダイレクトの仮想ディスクに使用できるディスク容量の合計と、SSD および HDD ディスク用にキャッシュされる操作はどれですか? 回答するには、回答エリアで適切なオプションを選択します。
Correct Answer:

Explanation:
CORRECTED ANSWER: Disk space available for the Storage Spaces Direct virtual disk: 36 TB. Cache behavior of the SSD disks: Only write operations are cached. Cache behavior of the HDD disks: Read and write operations are cached.
Detailed Explanation
When three different drive media types are present in a Storage Spaces Direct pool, the fastest tier (the NVMe drives here) is automatically dedicated entirely to caching and contributes no usable capacity, while the remaining two tiers (SSD and HDD) both serve as capacity drives. With three nodes each contributing three 1- TB SSDs and three 3-TB HDDs, the capacity-tier total is (9 × 1 TB) + (9 × 3 TB) = 9 TB + 27 TB = 36 TB of raw pool capacity; the nine 512-GB NVMe drives are cache-only and are excluded from that total. For the caching behavior itself, Microsoft documents that in a three-media-type deployment the NVMe cache performs write-only caching for the SSD capacity drives, but performs both read and write caching for the HDD capacity drives, since HDDs benefit far more from read caching than the already-fast SSD tier does.
Official Reference
Understanding the storage pool cache in Storage Spaces Direct - https://learn.microsoft.com/en-us/windows- server/storage/storage-spaces/cache
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