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Nutanix Certified Professional - Unified Storage NCP-US 6.10
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Question 1 of 4
1. Question
ABC company uses Linux and Windows workstations. The administrator is evaluating solutions for their file storage needs. The solution should support these requirements: Distributed File System, Active Directory integrated, and scale-out architecture. Which solution should the administrator choose to meet this requirement?
Correct
To meet the requirements of a distributed file system, Active Directory integration, and a scale-out architecture, Nutanix Files is the ideal solution. Distributed File System (DFS): Nutanix Files supports distributed file systems to ensure that data is stored across multiple nodes and available even in the event of node failure. Active Directory Integration: Nutanix Files allows seamless integration with Active Directory for managing user authentication and access control, making it suitable for both Linux and Windows environments. Scale-out Architecture: Nutanix Files has a scale-out architecture, which allows for easy expansion by adding more nodes to the system as storage needs grow.
Incorrect
To meet the requirements of a distributed file system, Active Directory integration, and a scale-out architecture, Nutanix Files is the ideal solution. Distributed File System (DFS): Nutanix Files supports distributed file systems to ensure that data is stored across multiple nodes and available even in the event of node failure. Active Directory Integration: Nutanix Files allows seamless integration with Active Directory for managing user authentication and access control, making it suitable for both Linux and Windows environments. Scale-out Architecture: Nutanix Files has a scale-out architecture, which allows for easy expansion by adding more nodes to the system as storage needs grow.
Unattempted
To meet the requirements of a distributed file system, Active Directory integration, and a scale-out architecture, Nutanix Files is the ideal solution. Distributed File System (DFS): Nutanix Files supports distributed file systems to ensure that data is stored across multiple nodes and available even in the event of node failure. Active Directory Integration: Nutanix Files allows seamless integration with Active Directory for managing user authentication and access control, making it suitable for both Linux and Windows environments. Scale-out Architecture: Nutanix Files has a scale-out architecture, which allows for easy expansion by adding more nodes to the system as storage needs grow.
Question 2 of 4
2. Question
Which two public cloud are supported for Smart Tiering?
Correct
Nutanix Smart Tiering is designed to reduce the cost of storing cold data by automatically offloading it from high-performance storage to S3-compatible object storage platforms. The currently supported targets are: Amazon S3 (Standard class) Fully integrated with Nutanix Files for tiering. Wasabi Officially validated by Nutanix as a compatible and cost-effective S3-compatible object storage service. Smart Tiering policies are defined in Data Lens, which monitors file access patterns and automates the movement of infrequently accessed data to the chosen object storage.
Incorrect
Nutanix Smart Tiering is designed to reduce the cost of storing cold data by automatically offloading it from high-performance storage to S3-compatible object storage platforms. The currently supported targets are: Amazon S3 (Standard class) Fully integrated with Nutanix Files for tiering. Wasabi Officially validated by Nutanix as a compatible and cost-effective S3-compatible object storage service. Smart Tiering policies are defined in Data Lens, which monitors file access patterns and automates the movement of infrequently accessed data to the chosen object storage.
Unattempted
Nutanix Smart Tiering is designed to reduce the cost of storing cold data by automatically offloading it from high-performance storage to S3-compatible object storage platforms. The currently supported targets are: Amazon S3 (Standard class) Fully integrated with Nutanix Files for tiering. Wasabi Officially validated by Nutanix as a compatible and cost-effective S3-compatible object storage service. Smart Tiering policies are defined in Data Lens, which monitors file access patterns and automates the movement of infrequently accessed data to the chosen object storage.
Question 3 of 4
3. Question
An administrator has received an alert A130351 – VolumeGroupProtectionFailed details of alert as shown below:
Which error logs should the administrator be reviewing to determine why the relative service is down?
Correct
solver.log
Incorrect: This log is related to capacity planning and optimization and is not used for Volume Group replication or protection services.
Correct answer
cerebro.ERROR
Correct: The cerebro service handles Volume Group replication and protection, including consistency group orchestration. If the VolumeGroupProtectionFailed alert is triggered, this is the primary log file to examine.
tcpkill.log
Incorrect: This log is generally used for network simulation or packet disruption testing and is not relevant to Volume Group replication or protection.
arithmos.ERROR
Incorrect: arithmos is responsible for monitoring and analytics functions, such as capacity metrics. It is unrelated to Volume Group protection.
Details:
Alert A130351 – VolumeGroupProtectionFailed indicates a failure in replicating or protecting a Volume Group. This process is managed by the Cerebro service in Nutanix, which coordinates replication, protection domains, and consistency groups. The cerebro.ERROR log provides detailed information about failures in these areas, making it the most relevant log to investigate for this alert.
Incorrect
solver.log
Incorrect: This log is related to capacity planning and optimization and is not used for Volume Group replication or protection services.
Correct answer
cerebro.ERROR
Correct: The cerebro service handles Volume Group replication and protection, including consistency group orchestration. If the VolumeGroupProtectionFailed alert is triggered, this is the primary log file to examine.
tcpkill.log
Incorrect: This log is generally used for network simulation or packet disruption testing and is not relevant to Volume Group replication or protection.
arithmos.ERROR
Incorrect: arithmos is responsible for monitoring and analytics functions, such as capacity metrics. It is unrelated to Volume Group protection.
Details:
Alert A130351 – VolumeGroupProtectionFailed indicates a failure in replicating or protecting a Volume Group. This process is managed by the Cerebro service in Nutanix, which coordinates replication, protection domains, and consistency groups. The cerebro.ERROR log provides detailed information about failures in these areas, making it the most relevant log to investigate for this alert.
Unattempted
solver.log
Incorrect: This log is related to capacity planning and optimization and is not used for Volume Group replication or protection services.
Correct answer
cerebro.ERROR
Correct: The cerebro service handles Volume Group replication and protection, including consistency group orchestration. If the VolumeGroupProtectionFailed alert is triggered, this is the primary log file to examine.
tcpkill.log
Incorrect: This log is generally used for network simulation or packet disruption testing and is not relevant to Volume Group replication or protection.
arithmos.ERROR
Incorrect: arithmos is responsible for monitoring and analytics functions, such as capacity metrics. It is unrelated to Volume Group protection.
Details:
Alert A130351 – VolumeGroupProtectionFailed indicates a failure in replicating or protecting a Volume Group. This process is managed by the Cerebro service in Nutanix, which coordinates replication, protection domains, and consistency groups. The cerebro.ERROR log provides detailed information about failures in these areas, making it the most relevant log to investigate for this alert.
Question 4 of 4
4. Question
A financial administrator wants to provide security against ransomware attacks in Files. The administrator wants to configure the environment to scan files for ransomware in real time and provide notification in the event of a ransomware attack. Which component should the administrator use to achieve this requirement?
Correct
File Analytics offers ransomware protection. It scans files for ransomware in real-time and notifies you in the event of an attack once email notifications are configured. File Analytics also uses a list of over 250 signatures that frequently appear in ransomware files to identify and block files with ransomware extensions. To provide real-time ransomware detection and alerts for Nutanix Files, the administrator should use File Analytics. File Analytics includes ransomware detection capabilities, such as: Real-time scanning of file activity and user behavior. Detection of known ransomware patterns (e.g., mass file renames, high entropy). Automated alerts and notifications upon detection of suspicious activity. Visibility into historical and current file access patterns to identify threats early.
Incorrect
File Analytics offers ransomware protection. It scans files for ransomware in real-time and notifies you in the event of an attack once email notifications are configured. File Analytics also uses a list of over 250 signatures that frequently appear in ransomware files to identify and block files with ransomware extensions. To provide real-time ransomware detection and alerts for Nutanix Files, the administrator should use File Analytics. File Analytics includes ransomware detection capabilities, such as: Real-time scanning of file activity and user behavior. Detection of known ransomware patterns (e.g., mass file renames, high entropy). Automated alerts and notifications upon detection of suspicious activity. Visibility into historical and current file access patterns to identify threats early.
Unattempted
File Analytics offers ransomware protection. It scans files for ransomware in real-time and notifies you in the event of an attack once email notifications are configured. File Analytics also uses a list of over 250 signatures that frequently appear in ransomware files to identify and block files with ransomware extensions. To provide real-time ransomware detection and alerts for Nutanix Files, the administrator should use File Analytics. File Analytics includes ransomware detection capabilities, such as: Real-time scanning of file activity and user behavior. Detection of known ransomware patterns (e.g., mass file renames, high entropy). Automated alerts and notifications upon detection of suspicious activity. Visibility into historical and current file access patterns to identify threats early.
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