DELL TECHNOLOGIESDell Data Protection and Management Foundations v2
The Dell Data Protection and Management Foundations v2 certification validates your understanding of modern data protection and availability solutions across data center and cloud environments. It is designed for IT professionals who need to make informed decisions about data protection technologies. Earning this credential builds a strong foundation for advanced data protection concepts and prepares you for more specialized Dell Proven Professional certifications.
681 practice questions · Updated 2026-07-30
7Domains
30Objectives
157Concepts
681Questions
DATA-PROTECTION-MANAGEMENT-FOUNDATIONS Curriculum
Every domain, objective, and concept the DATA-PROTECTION-MANAGEMENT-FOUNDATIONS exam measures.
- Definition of data protection
- Definition of data management
- Importance of data protection and management
- Key drivers for data protection and management
- Consequences of inadequate data protection and management
- Data availability measurement
- Recovery Point Objective (RPO)
- Recovery Time Objective (RTO)
- Relationship between RPO and RTO
- Data Protection Fundamentals
- Availability Solutions
- Backup and Recovery
- Replication Technologies
- Disaster Recovery Strategies
- Data Archiving
- High Availability Concepts
- Data Protection Architecture Overview
- Backup Components
- Recovery Components
- Replication Components
- Archiving Components
- Storage Infrastructure
- Data Protection Software
- Network Components
- Security Components
- Management and Monitoring Components
- Fault tolerance definition
- Fault tolerance vs. high availability
- Redundancy types
- Fault tolerance mechanisms
- Fault tolerance in storage systems
- Fault tolerance in networking
- Fault tolerance in servers and applications
- Fault tolerance in data protection
- Compute-based fault tolerance definition
- Hardware redundancy
- RAID for compute
- Clustering
- Load balancing
- Virtual machine snapshots and replication
- Live migration
- Application-level fault tolerance
- RAID levels
- RAID parity and striping
- Hot spare and hot swap
- Snapshot and replication
- Storage virtualization
- Network-based fault tolerance overview
- Load balancing for fault tolerance
- Network redundancy and failover
- Link aggregation and bonding
- Multipath I/O (MPIO)
- Virtual IP and floating IP addresses
- Network teaming and NIC redundancy
- Spanning Tree Protocol (STP) and Rapid STP
- Network fault tolerance in virtualization
- Application Availability Zones
- Availability Zone Architecture
- Fault Tolerance within Availability Zones
- Application Deployment across Zones
- Comparison with Other Fault Tolerance Techniques
- Backup Architecture Components
- Backup Topologies
- Backup Operations Workflow
- Backup Methods
- Backup Granularity Levels
- Backup Scheduling and Retention
- Backup Monitoring and Reporting
- Full backup
- Incremental backup
- Differential backup
- Synthetic full backup
- Forever incremental backup
- Backup method comparison
- Backup Topology Overview
- Direct-Attached Backup Topology
- LAN-Based Backup Topology
- SAN-Based Backup Topology
- LAN-Free Backup Topology
- Server-Free Backup Topology
- Comparison of Backup Topologies
- Definition of deduplication
- Benefits of deduplication
- Impact on backup and recovery
- Deduplication granularity types
- Deduplication methods
- Primary uses of replicas
- Types of replications
- Local Replication Overview
- Snapshots
- Clone Technology
- Mirroring
- Thin Provisioning and Replication
- Use Cases and Trade-offs
- Remote replication overview
- Synchronous remote replication
- Asynchronous remote replication
- Semi-synchronous remote replication
- Replication topologies
- Replication technologies and protocols
- Data archiving benefits
- Data archiving architecture
- Data archiving operation
- Data archiving storage
- Cloud-based data protection drivers
- Cloud-based data protection considerations
- Cloud-based data protection types
- Backup as a Service (BaaS)
- Disaster Recovery as a Service (DRaaS)
- Archiving in the cloud
- Comparison of cloud data protection types
- Multi-cloud data protection overview
- Key challenges in multi-cloud data protection
- Data protection strategies for multi-cloud
- Dell technologies for multi-cloud data protection
- Data Security Elements
- AAA Framework
- Authentication
- Authorization
- Accounting
- Governance, Risk, and Compliance (GRC)
- Governance in Data Protection
- Risk Management in Data Protection
- Compliance in Data Protection
- Identify common security threats
- Understand threat impact on data protection
- Recognize threat vectors
- Security controls overview
- Administrative controls
- Technical controls
- Physical controls
- Preventive, detective, and corrective controls
- Cybersecurity fundamentals
- Threat landscape
- Security controls
- Defense in depth
- Data protection role
- Discovery in data management
- Operations management in data protection
- Data discovery techniques
- Operational tasks in data protection
- Integration of discovery and operations
- Monitoring in Data Protection
- Key Monitoring Metrics
- Monitoring Tools and Techniques
- Proactive vs. Reactive Monitoring
- Impact of Monitoring on Compliance
- Operation management activities overview
- Monitoring and alerting
- Backup and recovery operations
- Capacity and resource management
- Reporting and auditing
- Maintenance and upgrades
- Troubleshooting and incident management
- Security and access control
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