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| Section | Weight | Objectives |
|---|---|---|
| Secure storage, databases, and networking | 25-30% | - Implement security for databases - Implement security for Azure network services - Implement security for storage accounts |
| Secure compute | 20-25% | - Implement security for AI workloads - Implement security for servers and virtual machines (VMs) - Implement security for application platform services |
| Manage identity, access, and governance | 20-25% | - Secure access to resources using Microsoft Entra ID - Secure secrets and keys using Azure Key Vault - Implement governance with Azure Policy and Defender for Cloud |
| Manage and monitor security posture | 20-25% | - Manage security posture using Microsoft Defender for Cloud - Implement Microsoft Security Copilot configuration - Implement activity and event collection in Microsoft Sentinel |
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質問 # 174
HOTSPOT
You have an Azure subscription that contains the following virtual machines:
Subnet1 and Subnet2 have associated network security groups (NSGs). The NSGs contain an outbound rule with the following configuration:
Port: Any
Source: Any
Priority: 100
Action: Deny
Protocol: Any
Destination: Storage
The subscription contains a storage account named storage1.
You create a private endpoint named Private1 with the following settings:
Resource type: Microsoft.Storage/storageAccounts
Resource: storage1
Target sub-resource: blob
Virtual network: VNet1
Subnet: Subnet1
For each statement, select Yes if the statement is true. Otherwise, select No.
正解：
解説：
Explanation:
Statement
Answer
From VM2, you can create a container in storage1.
Yes
From VM1, you can upload data to the blob storage of storage1.
Yes
From VM2, you can upload data to the blob storage of storage1.
Yes
All three statements are Yes because Private1 provides private connectivity to the Blob service of storage1 by assigning it a private IP address from VNet1. Microsoft states that applications within the virtual network can access Azure Storage through a private endpoint using the same storage endpoint and authorization mechanisms, with traffic remaining on the Microsoft backbone. Microsoft Learn The crucial point is the NSG rule whose destination is the Storage service tag. Azure service tags represent Microsoft-managed IP address prefixes for Azure services. The private endpoint, however, is reached through its private VNet IP address, so traffic to Private1 doesn ' t match the Storage service-tag destination used by the Deny rule. It instead follows normal private VNet routing. Microsoft Learn VM1 can therefore reach the blob endpoint directly from Subnet1. VM2 can also reach it because Private1 is accessible from clients elsewhere in the same VNet; the private endpoint doesn ' t limit usage to the subnet in which its NIC resides. Creating a blob container and uploading blobs both use the blob sub-resource, which is precisely the resource targeted by Private1. Correct DNS resolution must map the storage Blob FQDN to the private endpoint IP.
質問 # 175
You have an Azure key vault named Vault1 that stores the resources shown in the following table.
Which resources support the creation of a rotation policy?
正解：E
解説：
Azure Key Vault provides a dedicated key rotation policy specifically for cryptographic keys. Microsoft documents that you can configure a rotation policy on an individual key to automatically create a new key version after a specified time or before the key expires. The policy can also include near-expiry notifications.
Microsoft Learn
Secret1 does not support a native Key Vault rotation policy object. Secrets can certainly be rotated, but Microsoft implements secret rotation through external automation patterns such as Event Grid, Azure Functions, or integration with the system that owns the credential. The Key Vault policy catalog also shows rotation-policy governance specifically for keys, while secrets have expiration and validity-related policies instead. Microsoft Learn Cert1 supports automatic renewal, but this is configured through the certificate ' s certificate policy / issuance policy and lifetime actions such as AutoRenew. Microsoft describes certificate autorotation as part of the certificate policy, not as the Key Vault rotation policy used for keys. Microsoft Learn Therefore, among the listed resources, only the key supports creation of a Key Vault rotation policy.
質問 # 176
You have an Azure subscription.
You need to create and deploy an Azure policy that meets the following requirements:
*When a new virtual machine is deployed, automatically install a custom security extension.
*Trigger an autogenerated remediation task for non-compliant virtual machines to install the extension.
What should you include in the policy? To answer, select the appropriate options in the answer area.
NOTE: Each correct selection is worth one point.
正解：
解説：
Explanation:
Definition effect: DeployIfNotExists; For remediation: a managed identity that has the Contributor role DeployIfNotExists is the Azure Policy effect used when a noncompliant resource should trigger deployment of a related configuration, such as a VM extension. Remediation tasks require a managed identity that has the role permissions needed to deploy the extension. Audit or Deny would only report or block resources. The managed identity is essential because Azure Policy performs the deployment on behalf of the assignment.
This answer also follows operational scalability. Microsoft security architecture favors policy-driven deployment, agentless assessment, managed identities, and Defender workload plans where possible. Those mechanisms reduce manual configuration while keeping enforcement tied to the resource type, which is why the selected choice is stronger than manual or after-the-fact alternatives. The result is a direct exam-style implementation choice: it changes the required security behavior without relying on unrelated monitoring, manual cleanup, or excessive privilege. Official Microsoft source/topic: SC-500 Study Guide > Azure Policy built-in and custom definitions; Microsoft Learn > deployIfNotExists and remediation.
質問 # 177
You have an Azure Data Lake Storage Gen2 account named storage1.
You deploy an Azure Synapse Analytics workspace named synapsews1 to a managed virtual network.
You need to enable access from synapsews1 to storage1.
What should you configure? sc new
正解：A
解説：
Use a private endpoint , specifically a managed private endpoint created from the Azure Synapse managed virtual network to the Azure Storage account.
Microsoft explains that managed private endpoints are private endpoints created within the managed virtual network associated with an Azure Synapse workspace. They establish Azure Private Link connectivity to services such as Azure Storage and ensure that traffic remains on the Microsoft backbone rather than traversing the public network. Microsoft Learn For a secured Azure Storage account, Microsoft explicitly recommends creating a Synapse workspace with a managed virtual network and then establishing a managed private endpoint to the storage account . The storage-account administrator must approve the private endpoint connection before the private link becomes operational. Microsoft Learn Virtual network peering isn ' t the mechanism used to connect a Synapse managed VNet directly to a PaaS Storage endpoint. An NSG controls packet filtering but does not establish the required private PaaS connection. A virtual network gateway is used for scenarios such as VPN or ExpressRoute connectivity and is unnecessary here.
Therefore, among the available selections, private endpoint is the correct component.
Correct answer: A
質問 # 178
You have an Azure SQL Database server named SQL1.
For SQL1, you turn on Microsoft Defender for SQL to detect all threat detection types.
Which action will Microsoft Defender for SQL detect as a threat?
正解：A
解説：
Microsoft Defender for SQL detects potential SQL injection attacks, making option C the correct answer. A sign-in value such as SELECT * FROM table1 is characteristic of an attempt to inject SQL syntax into an input field that should contain authentication data. Defender for SQL Advanced Threat Protection analyzes database activity and generates security alerts for suspicious patterns including SQL injection, anomalous database access, unusual query patterns, and brute-force authentication activity. Microsoft Learn Deleting more than 100 rows or updating more than 50 percent of a table is not inherently malicious.
Legitimate administrative, batch-processing, maintenance, and application operations can modify large numbers of records, so those thresholds alone are not defined Defender for SQL threat-detection categories.
Likewise, adding a user to db_owner can represent an important privileged administrative operation, but merely performing that legitimate role assignment is not, by itself, one of the threat patterns represented by the answers here.
The attempted username containing a SQL statement, however, maps directly to the SQL injection attack category that Defender for SQL is designed to identify. Microsoft describes potential SQL injection as one of the principal threat types continuously monitored by Advanced Threat Protection.
質問 # 179
......
当社Microsoftの専門家は長い間SC-500試験に集中しており、新しい知識を見落とすことはありません。教材の内容は常に最新の状態に保たれています。 SC-500学習ガイドの購入後に新しい情報が出ても心配する必要はありません。新しいバージョンがある場合は、メールでお知らせします。私たちの多大な努力により、私たちの教材はSC-500試験に絞られ、対象にされました。したがって、無駄なSC-500のImplementing End-to-End Security Controls for Cloud and AI Workloads試験資料情報に時間を浪費することを心配する必要はありません。
SC-500関連受験参考書: https://www.tech4exam.com/SC-500-pass-shiken.html