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Network Appliance NS0-077 Exam Syllabus Topics:

SectionWeightObjectives
Configuration and Management25%- Bucket and object management
  • 1. Versioning and retention settings
  • 2. Creating and managing buckets
  • 3. Object lifecycle policies
- Grid management
  • 1. Security and access control
  • 2. User accounts and permissions
  • 3. Admin interface usage
StorageGRID Architecture and Components20%- System architecture overview
  • 1. Node types and roles
  • 2. Storage tiers and policies
  • 3. Grid network design
- Software and hardware components
  • 1. Load balancers and DNS configuration
  • 2. Admin Node, Gateway Node, Storage Node, Archive Node
Data Protection and Availability20%- Backup and restore
  • 1. Grid backup procedures
  • 2. Disaster recovery and failover
- Replication and erasure coding
  • 1. Replication policies and placement rules
  • 2. Erasure coding configuration
Monitoring, Troubleshooting and Maintenance20%- Troubleshooting common issues
  • 1. Connectivity problems
  • 2. Performance degradation
- Monitoring and alerting
  • 1. Log collection and analysis
  • 2. System health and performance metrics
- Maintenance and upgrades
  • 1. Node replacement and expansion
  • 2. Software updates and patches
Installation and Deployment15%- Deployment procedures
  • 1. Installing software and nodes
  • 2. Initial configuration and setup
- Planning and preparation
  • 1. Requirements and sizing
  • 2. Network and firewall configuration

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Network Appliance NetApp StorageGRID Administrator Exam Sample Questions (Q58-Q63):

NEW QUESTION # 58
Which scenario is a use case for leveraging the S3 API within a NetApp StorageGRID deployment?

Answer: C

Explanation:
NetApp StorageGRID is a distributed object-storage platform with native Amazon S3 API support, making option D the appropriate use case. NetApp positions StorageGRID for storing large quantities of unstructured data securely and durably across geographically distributed sites, with integrated Information Lifecycle Management controlling object placement, protection, retention, and storage tier throughout the object's lifecycle. These characteristics make StorageGRID particularly suitable for enterprise backup, archive, disaster-recovery, and long-term retention repositories.
S3 clients communicate with StorageGRID using object operations such as PUT Object, GET Object, and DELETE Object. StorageGRID can protect the resulting objects through replicated copies or erasure coding according to ILM policy, enabling highly durable and scalable repositories that can be accessed by authorized applications from multiple locations.
Option A describes persistent block/file-style storage normally provided to Kubernetes through CSI-backed storage services. Option B requires traditional NAS file protocols and directory-service integration rather than S3 object access. Option C describes a transactional database workload requiring low-latency SAN/block storage; StorageGRID is not a replacement for an FC SAN hosting Oracle database volumes.
Therefore, D directly aligns with StorageGRID's S3 architecture and documented use cases.
Reference topics: StorageGRID # S3 REST API # Object Storage # Backup and Archive # ILM # Replication and Erasure Coding


NEW QUESTION # 59
You are installing a NetApp SG5860 appliance with the Grid Network and Client Network enabled.
Which two configurations are supported for the Grid and Client networks using the four interfaces? (Choose two.)

Answer: A,D

Explanation:
For the SG5860, which uses the SG5800 controller, StorageGRID supports both Fixed and Aggregate port- bond configurations. In Fixed mode, ports 2 and 4 are paired for the Grid Network and ports 1 and 3 for the Client Network. Active-Backup is the default network bond mode, and VLAN tagging is optional; therefore, the two-port Active-Backup configuration in A is supported.
In Aggregate port bond mode, all four 10/25-GbE ports form a single LACP (802.3ad) bond carrying both Grid and Client Network traffic. Because both networks share the aggregate, StorageGRID requires a unique VLAN tag for each network, making C the supported aggregate configuration. A four-port Active-Backup aggregate is not supported, eliminating B.
Verification note: the current NetApp SG5800 appliance documentation also permits two-port LACP bonds in Fixed mode, with VLAN tagging optional. Consequently, option D is technically supported as written, making this question ambiguous against current documentation. If restricted to the intended two-answer certification key representing the standard Fixed Active-Backup and Aggregate LACP configurations, A and C are the expected selections.
Reference topics: SG5800/SG5860 Appliance Networking # Fixed Port Bond Mode # Aggregate Port Bond Mode # Active-Backup # LACP # VLAN Tagging


NEW QUESTION # 60
Which statement about controlling access with group policies is true?

Answer: D

Explanation:
In StorageGRID, group policies are attached to a specific tenant group and define which S3 resources members of that group are permitted or denied access to. NetApp explicitly states that a group policy applies to only one group and can apply to multiple buckets. This makes B the correct answer.
Group policies are configured through Tenant Manager or the Tenant Management API and use AWS- compatible JSON policy syntax. A single group policy can therefore contain multiple Resource entries referencing different buckets and objects. In contrast, a bucket policy is attached to one specific bucket and can grant or deny access to multiple users or groups.
Options A and C are incorrect because StorageGRID does not assign precedence among group, bucket, and session policies. NetApp states that there is no difference in priority among these policy types. Authorization is determined by evaluating the applicable policy statements, with an explicit Deny overriding an Allow; it is not based on one policy class automatically taking precedence over another.
Option D reverses the relationship: it describes the scope of a bucket policy rather than a group policy.
Reference topics: Tenant Manager # S3 Access Management # Group Policies # Bucket Policies # Session Policies # AWS Policy Language


NEW QUESTION # 61
As the IT administrator, you have been tasked with deploying a new StorageGRID system to provide S3 object storage for three business units: Development, Marketing, and Accounting. Each unit requires strict data isolation and the ability to manage its own users and buckets, without affecting other units.
What is the correct approach to take?

Answer: D

Explanation:
The correct approach is to create three separate S3 tenant accounts, one for each business unit. StorageGRID tenant accounts are designed as administrative and data-isolation boundaries. NetApp states that each tenant account has its own federated or local groups, users, S3 buckets, and objects, allowing different organizational entities to manage their own resources independently. NetApp specifically cites an enterprise use case in which separate tenant accounts are created for different departments such as Marketing, Human Resources, and Customer Support.
This design also provides delegated administration. After the grid administrator creates each tenant, authorized users for that tenant can use Tenant Manager to manage their own groups, users, S3 access keys, and buckets without gaining administrative control over resources belonging to another tenant.
Option A can segregate S3 resources with bucket policies, and NetApp documents that as a valid alternative where separate tenants are unnecessary. However, it does not provide the same strict administrative separation required here. Options B and C similarly place all business units within one tenant and therefore share the same tenant-level administrative boundary.
Therefore, D best satisfies both strict isolation and independent management.
Reference topics: Tenant Accounts # Enterprise Multitenancy # Tenant Manager # Groups and Users # S3 Buckets # Administrative Isolation


NEW QUESTION # 62
During a troubleshooting session with a NetApp Support Engineer, you are asked to upload log files for further analysis.
Which two methods do you use to generate and upload the required logs to NetApp Support using upload.
netapp.com/sg? (Choose two.)

Answer: A,D

Explanation:
StorageGRID diagnostic information requested by NetApp Support can be collected through the Grid Manager log-collection interface . NetApp documents SUPPORT > Tools > Log collection as the standard StorageGRID mechanism for gathering logs, configuration data, system information, and other diagnostic content from selected grid nodes. The resulting .tar.gz archive can be downloaded or sent to NetApp Technical Support.
NetApp Active IQ OneCollect is also a NetApp diagnostic collection framework that supports StorageGRID environments and can collect consolidated support information for troubleshooting. NetApp documentation identifies OneCollect as a mechanism for gathering diagnostic data from supported NetApp systems, including StorageGRID, and making that information available for support analysis.
Lumberjack is a StorageGRID node-level troubleshooting utility and remains useful for specialized log collection, but for this question's wording-specifically generating and uploading support data through the NetApp support workflow-the intended choices are OneCollect and Grid Manager log collection .


NEW QUESTION # 63
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