Netapp NS0-604 Hybrid Cloud - Architect Exam Exam Practice Test

When creating dashboards in NetApp Cloud Insights, two of the available widget types are:

Note (C): This widget allows users to add explanatory text or annotations to the dashboard. It helps provide context or details regarding the displayed metrics or data.

Single Value (D): This widget is used to display a single metric or value prominently. It is useful for tracking specific KPIs or performance metrics in a simple and easy-to-read format.

Machine learning (A)is not a widget type; rather, it is a feature that Cloud Insights uses to provide intelligent insights from collected data.VMware (B)is not a widget but can be a data source that Cloud Insights monitors.

To get insights about which data to migrate from on-premises NetApp systems to Azure, the customer should use theCloud Recommendationsdashboard in NetApp BlueXP Digital Advisor. This dashboard analyzes the on-premises environment and provides recommendations on which workloads or datasets are best suited for migration to the cloud, such as to Azure.

Other dashboards likeValuable Insights (A)andHealth Check (B)provide general system health and performance information, whileKeystone Advisor (D)relates to NetApp’s subscription-based storage offering.

For anapplication-aware data management solution for Kubernetes clustersthat can be deployed on-premises on the customer's own hardware, the following two solutions should be deployed:

NetApp ONTAP AFF (C): ONTAP AFF systems provide enterprise-grade storage with Kubernetes integration, allowing the customer to manage Kubernetes workloads with advanced data management features like snapshots and replication.

NetApp Astra Control Center (D): Astra Control Center is designed for on-premises environments and provides application-aware data management for Kubernetes clusters. It helps with backup, restore, and migration for containerized applications on the customer’s infrastructure.

Azure NetApp Files (A)andAstra Control Service (B)are cloud-based solutions and are not designed for on-premises deployments.

To update or rotate security keys for one of their acquisition units inNetApp BlueXP observability, the customer should use theSecurityAdmin tool. This tool is designed to manage security-related configurations, including key updates and rotations, ensuring secure management of encryption keys and certificates.

User Management (B)handles user roles and access,Cloud Central (C)is for general cloud services management, and theWorkload Security menu (D)focuses on security monitoring and enforcement rather than key management.

For a NetApp BlueXP Connector deployed inRestricted Mode, the following two network requirements must be met:

Outbound connectivity to the BlueXP SaaS layer (A): Even in Restricted Mode, the BlueXP Connector needs outbound internet access to communicate with the BlueXP SaaS layer for updates, telemetry, and licensing information.

Connectivity to resources in your target networks (C): The BlueXP Connector must have network access to the resources (e.g., NetApp Cloud Volumes ONTAP instances or other managed systems) that it is supposed to manage or monitor.

Inbound connectivity (B)from the BlueXP SaaS layer is not required in Restricted Mode, as the mode is designed to minimize external access.User access (D)to the BlueXP SaaS layer is a user interface consideration but not a network requirement for the connector itself.

Azure NetApp Files volumes need to be placed in a specially purposed subnet within your Azure Virtual Network (VNet) to ensure proper isolation and security. This subnet must bedelegatedspecifically to Azure NetApp Files services.

Adelegated subnetin Azure allows certain Azure resources (like Azure NetApp Files) to have exclusive use of that subnet. It ensures that no other services or VMs can be deployed in that subnet, enhancing security and performance. Moreover, it ensures that the volumes are only accessible through private connectivity options like VNet peering or a Virtual Network Gateway, without any exposure to the public internet.

Subnets such asbasic,default, ordedicateddo not have the specific delegation capabilities required for Azure NetApp Files, makingdelegatedthe correct answer for this scenario.

NetApp StorageGRID'sInformation Lifecycle Management (ILM)policies offer the key benefit ofautomated data optimization. ILM policies enable the system to automatically manage data placement and retention across different storage tiers and locations based on factors such as data age, usage patterns, and performance requirements. This ensures that frequently accessed data is placed on high-performance storage, while older or less critical data can be moved to lower-cost storage, optimizing resource use and reducing costs.

While ILM policies can contribute toimproved data security (A)andsimplified data access controls (D), their primary focus is on optimizing data storage over its lifecycle.Real-time data analytics capabilities (C)are not a core feature of ILM policies.

NetApp Volume Encryption (NVE) is a feature used to encrypt data at the storage level, ensuring that sensitive information is protected even if the physical storage media is compromised. For this scenario, where the company mandates the use of NVE, adataStorage Virtual Machine (SVM) should be used.

Adata SVMis the entity that provides the actual data services in a NetApp ONTAP system, and it is where the volumes that require encryption reside. By leveraging NVE, the storage administrator can ensure that volumes hosted by the data SVM are encrypted, securing the data in transit and at rest.

Other types of SVMs, likenode,system, andadmin, are not used for hosting user data, so they would not be relevant in applying NetApp Volume Encryption. Adata SVMis designed for managing and securing the volumes that need encryption, making it the correct type for this use case.

When migrating SMB data and Access Control Lists (ACLs) to Azure NetApp Files, Active Directory integration is necessary for user authentication and permission management. The following two solutions are supported:

Active Directory Domain Services (AD DS) (A): AD DS is the traditional, on-premises Active Directory solution that provides authentication and authorization services. Azure NetApp Files can integrate with on-premises AD DS, enabling the migration of SMB data along with the corresponding ACLs.

Azure Active Directory Domain Services (Azure AD DS) (C): Azure AD DS provides managed domain services in the cloud and supports Active Directory features such as domain join, group policies, and LDAP. It is compatible with Azure NetApp Files, allowing seamless migration and access control management for SMB workloads in the cloud.

Azure Active Directory (Azure AD) (B)andAzure Identity and Access Management (D)focus more on user identity management rather than direct SMB file system integration, and they are not suitable for handling file system ACLs and SMB shares.

The company is migrating data from a 6-node, on-premises NetApp FAS cluster toNetApp Cloud Volumes ONTAPand determined that they can consolidate to two HA pairs. This means that the minimum number of Cloud Volumes ONTAP instances required is2, as each HA pair corresponds to one instance.

1 instance (A)would not provide the required redundancy and performance, and6 instances (B)or4 instances (D)are unnecessary given the performance sizing results.

For companies that have negotiated aMicrosoft Azure Consumption Commitment (MACC)and want to use NetApp BlueXP data services without additional budget for the rest of the year, two licensing models can be used:

PayGo (B): This is thePay-As-You-Golicensing model, which allows the customer to use Azure credits from their MACC for NetApp services. It aligns with the company's desire to leverage their Azure budget without incurring additional costs.

Private Offer (D): Through Azure’sPrivate Offermodel, customers can negotiate custom pricing and leverage their Azure commitment to pay for NetApp services, aligning with their existing MACC.

Keystone (A)is a subscription-based model for on-premises or hybrid environments, andBYOL (C)(Bring Your Own License) requires an upfront purchase of licenses, which would not align with the company’s scenario of having no additional budget.

NetApp BlueXP tiering is the ideal solution for reducing total cost of ownership (TCO) by leveraging cloud storage. It enables automatic tiering of infrequently accessed data (cold data) from expensive on-premises storage to lower-cost object storage in the cloud (such as Azure Blob, AWS S3, or Google Cloud Storage). This reduces the need for high-performance, high-cost local storage for data that isn't frequently accessed, effectively lowering the overall storage costs.

By migrating cold data to more economical cloud storage tiers, BlueXP tiering helps organizations optimize their storage spend, thus reducing TCO for their on-premises third-party storage infrastructure.

Other solutions like BlueXP backup and recovery, copy and sync, and replication provide different services (such as data protection, data migration, and disaster recovery) but are not focused on cost reduction through tiering, which specifically helps reduce TCO.

The appropriate NetApp feature to use in this scenario is aCloud Storage Pool. A Cloud Storage Pool in NetApp StorageGRID allows the administrator to tier data to public clouds like Amazon S3 Glacier Deep Archive. This feature lets the administrator keep local replicated copies for performance, geo-dispersederasure-coded copies for durability, and tier cold or backup data to Glacier for long-term retention and cost savings.

FabricPool (B)andFlash Pool (C)are not relevant to S3 data tiering and bucket replication in StorageGRID.Dynamic Disk Pool (D)is more applicable to disk management in traditional storage arrays, not for managing S3 bucket replicas across different storage locations.

For a one-time, non-NetApp file migration toAmazon FSx for NetApp ONTAP, especially with millions of files,XCPis the most suitable tool. XCP (NetApp's eXtensible Copy Program) is optimized for high-performance file migrations and can handle large-scale migrations efficiently. Additionally, it provides file analytics, which can help the company gain better insights into the data being migrated.

BlueXP copy & sync (A)andBlueXP replication (B)are not designed for large-scale one-time migrations like XCP, andBlueXP volume caching (D)is not relevant for migrations or analytics.

NetApp Cloud Volumes ONTAPsupportsNetApp Volume Encryption (NVE)with the cloud provider's key vault for encryption key management. NVE provides encryption at the volume level and integrateswith external key management systems, such as AWS KMS, Azure Key Vault, and Google Cloud KMS, making it the appropriate encryption solution for cloud deployments.

NetApp Aggregate Encryption (NAE) (C)is used for on-premises environments.Transparent Data Encryption (TDE) (A)is commonly used for database encryption, andOnboard Key Manager (OKM) (B)is a different key management solution not tied to cloud key vaults.

To rapidly expand astorage-heavy VMware environmentusingAzure services, the company should utilize:

Azure VMware Solution (A): This service allows VMware workloads to be seamlessly migrated or expanded into Azure, providing a familiar environment with the scalability and flexibility of the Azure cloud. It's an ideal solution for extending on-premises VMware deployments to Azure.

Azure NetApp Files (D): Azure NetApp Files provides highly performant, scalable file storage in Azure. It integrates well with Azure VMware Solution, offering a robust storage backend for VMware workloads, especially when they are storage-heavy.

Amazon FSx for NetApp ONTAP (B)andGoogle Cloud VMware Engine (C)are not relevant in this Azure-specific scenario.

The customer is using 30TB of capacity in NetApp Cloud Volumes ONTAP but only 10TB of this capacity is actively in use. The most cost-efficient solution in this case is toimplement data tiering and optimization. Data tiering moves inactive or cold data to lower-cost storage (such as object storage in Azure), while keeping frequently accessed data on higher-performance storage. This strategy allows the customer to reduce costs by only paying for premium storage for the data that is actively in use, while moving less frequently accessed data to a cheaper storage tier.

Storing all data in the premium storage tier (A)would increase costs rather than reduce them.BlueXP backup and recovery (B)is for data protection, not cost optimization.Deploying an additional single-node Cloud Volumes ONTAP instance (D)would increase storage costs rather than optimize them.

To protect data against ransomware,NetApp Cloud Volumes ONTAPoffers theNetApp Autonomous Ransomware Protectionfeature. This feature uses machine learning and data analytics to detect and respond to abnormal file activities, helping prevent ransomware attacks.

Azure NetApp Files (B),Amazon FSx for NetApp ONTAP (C), andNetApp Cloud Volumes Service (D)provide robust data services, butCloud Volumes ONTAPspecifically includes the Autonomous Ransomware Protection feature.

To add personal data identifiers from an Oracle database toNetApp BlueXP classificationscans, the customer should usecustom categories. Custom categories allow the user to define specific types of data (such as personal identifiers) for classification, helping BlueXP to scan and detect those specific data types within the environment.

RegEx (A)can be used for pattern matching but would require the user to manually define regular expressions, whilecustom keywords (D)andData Fusion (C)are not the appropriate mechanisms for this specific use case of adding personal data identifiers to the scans. Custom categories are specifically designed for managing such identifiers.