Cohesity Data Ops

Question 1

Data Protection

Answer 1

The process of safeguarding important information from corruption, compromise, or loss. Cohesity uses data protection strategies to ensure that data is always available and recoverable in case of failure.

Question 2

Data Resiliency

Answer 2

The ability of a system to withstand or recover quickly from difficult conditions. Cohesity ensures resiliency through redundancy, snapshots, and other failover mechanisms.

Question 3

Backup and Restore

Answer 3

Backup is the process of creating copies of data to safeguard against data loss. Restore is the process of retrieving data from backup storage, typically after data loss or corruption.

Question 4

Snapshot

Answer 4

A read-only copy of data at a specific point in time, allowing for fast data recovery. Cohesity uses snapshots to enable quick, efficient recovery options.

Question 5

Replication

Answer 5

The process of copying data from one location to another for backup or disaster recovery. In Cohesity, replication allows data to be mirrored across clusters for high availability.

Question 6

Helios

Answer 6

Cohesity Helios is a SaaS-based platform that provides global management, visibility, and control over Cohesity clusters, enabling simplified data and application management.

Question 7

Cluster

Answer 7

A group of nodes or servers that work together to manage data, applications, and services in a distributed system. In Cohesity, clusters allow for scalable storage and computing.

Question 8

Cohesity C6000 Series

Answer 8

A hardware appliance in Cohesity’s portfolio designed to provide scalable, resilient data storage and protection for enterprise environments.

Question 9

Protection Group

Answer 9

A set of policies that dictate backup schedules, retention periods, and recovery options for a collection of data. Cohesity uses protection groups to streamline data protection management.

Question 10

Policy-Based Data Protection

Answer 10

A data protection model where backup, replication, and retention policies are pre-defined, automating data protection operations to meet organizational requirements.

Question 11

DataLock

Answer 11

A feature that prevents data from being deleted or modified for a specified retention period, helping to meet compliance requirements.

Question 12

Storage Efficiency

Answer 12

The practice of maximizing data storage utilization through techniques such as deduplication and compression. Cohesity achieves efficiency by reducing redundant data across clusters.

Question 13

Global Deduplication

Answer 13

A process where duplicate data is identified and removed globally across clusters, reducing storage needs and optimizing space.

Question 14

Compression

Answer 14

Reduces the size of data to save storage space and improve transfer speeds. Cohesity uses compression as part of its storage optimization.

Question 15

Archiving

Answer 15

The process of moving data that is no longer actively used to a long-term storage location. Cohesity provides archiving options for efficient data lifecycle management.

Question 16

Snapshot Retention

Answer 16

Policies that define how long a snapshot is stored before deletion. Cohesity retention policies allow organizations to manage data lifecycle effectively.

Question 17

Access Control

Answer 17

Mechanisms that limit who can view or use resources within a computing environment. Cohesity access control ensures only authorized users can access specific data.

Question 18

Encryption

Answer 18

The process of encoding data to prevent unauthorized access. Cohesity uses encryption both at rest and in transit to secure data.

Question 19

Role-Based Access Control (RBAC)

Answer 19

A security method that assigns permissions to users based on their role within an organization, enabling fine-grained access control within Cohesity.

Question 20

Multi-Factor Authentication (MFA)

Answer 20

A security measure that requires more than one form of verification to access a system. Cohesity supports MFA to enhance security for user access.

Question 21

Alerting and Monitoring

Answer 21

Real-time notifications and monitoring tools used to keep administrators informed of system status, health, and any potential issues in the data protection environment.

Question 22

TAC Cases

Answer 22

Technical Assistance Center (TAC) cases are used for tracking issues or incidents that require support from Cohesity’s technical team.

Question 23

API Integration

Answer 23

Allows Cohesity to connect and interact with other applications and services for enhanced automation and management.

Question 24

Disaster Recovery (DR)

Answer 24

A set of policies and tools for recovering data and restoring systems in the event of a catastrophe. Cohesity enables DR through replication, snapshots, and failover capabilities.

Question 25

Orchestration

Answer 25

Automates backup and recovery workflows to ensure that data protection processes are efficient and require minimal manual intervention.

Question 26

Instant Mass Restore

Answer 26

Cohesity’s ability to restore large volumes of data quickly, minimizing downtime for critical systems.

Question 27

Immutable Backups

Answer 27

Backups that cannot be modified or deleted for a specified period, helping to guard against ransomware attacks and data tampering.

Question 28

Tiering

Answer 28

Data movement across different types of storage based on performance, cost, and access requirements, enhancing storage efficiency.

Question 29

Snapshots vs. Clones

Answer 29

Snapshots are read-only point-in-time images, while clones are writable copies that can be used for testing or development without affecting the original data.

Question 30

Data Retention Compliance

Answer 30

Policies that enforce data retention schedules to meet regulatory requirements, preventing premature data deletion.

Question 31

Audit Logs

Answer 31

Records of system activity that help administrators track user actions and access to sensitive data for security and compliance purposes.

Question 32

Encryption Key Management

Answer 32

Processes for securely managing and rotating encryption keys used to protect data, ensuring that data remains accessible only to authorized users.

Question 33

Data Masking

Answer 33

Hides or obfuscates sensitive data in non-production environments, providing privacy in testing or development.

Question 34

Failover and Failback

Answer 34

Failover is switching to a backup system during a failure, while failback is the return to the primary system after recovery, essential for disaster recovery planning.

Question 35

Load Balancing

Answer 35

Distributes workloads across cluster nodes to ensure efficient resource usage and prevent any single node from being overwhelmed.

Question 36

Node

Answer 36

A single computing device within a cluster that contributes to the overall capacity and performance, playing a role in data redundancy and scalability.

Question 37

Health Check

Answer 37

Regularly performed tests to assess the health and performance of clusters and nodes, enabling early detection of potential issues.

Question 38

Service Level Agreement (SLA)

Answer 38

An SLA defines the performance and uptime commitments for backup and recovery processes, ensuring they align with business needs.

Question 39

Cloud Archive

Answer 39

Moves backup data to a cloud provider (e.g., AWS, Azure, or Google Cloud) for long-term storage and cost savings.

Question 40

Hybrid Cloud Support

Answer 40

Cohesity’s ability to support both on-premises and cloud-based workloads, providing flexibility in data management.

Question 41

Data Migration

Answer 41

The process of moving data between on-premises storage and cloud environments, often used in cloud transitions or upgrades.

Question 42

Anti-Ransomware Protection

Answer 42

Cohesity’s features that detect and block ransomware activity, with capabilities for quickly recovering unaltered copies of data if an attack occurs.

Question 43

Quarantine

Answer 43

Isolating infected files to prevent the spread of ransomware or malware across the storage environment.

Question 44

Anomaly Detection

Answer 44

Monitors unusual patterns in data usage or backup jobs, which can help detect ransomware or unauthorized data access.