DELL TECHNOLOGIESDell ECS Design
The Dell ECS Design certification validates your ability to architect and design Dell ECS object storage solutions that meet real-world customer requirements. It covers platform architecture, networking, data management, cluster access, and monitoring and performance. This certification is for architects and technical consultants who design scalable, resilient ECS solutions.
307 practice questions · Updated 2026-07-30
5Domains
15Objectives
92Concepts
307Questions
ECS-DESIGN Curriculum
Every domain, objective, and concept the ECS-DESIGN exam measures.
- End-to-end design process overview
- Requirements gathering
- Capacity planning
- Solution architecture design
- Validation and testing
- Documentation and handover
- Node types in ECS
- Workflow-to-node mapping
- Node role in data path
- Node selection criteria
- Identify hardware components
- Map use case to workload profile
- Calculate storage capacity
- Determine node count
- Select node type
- Validate hardware against performance targets
- Account for future growth
- Network Requirements Analysis
- ECS Network Architecture Components
- IP Addressing and Subnetting for ECS
- ECS Network Topology Design
- Load Balancing and Traffic Distribution
- Network Security and Access Control
- High Availability and Redundancy in Networking
- Performance Optimization for Network Throughput
- Integration with Existing Network Infrastructure
- Network Monitoring and Troubleshooting
- Network separation types
- Separation requirements
- Deployment scenarios
- Best practices
- Load balancer types
- Load balancing methods
- Layer 4 vs Layer 7 load balancing
- Load balancer deployment scenarios
- Load balancer health checks
- Load balancer session persistence
- Load balancer SSL termination
- Load balancer scalability and high availability
- ECS storage abstraction types
- Namespace configuration
- Bucket configuration
- Object configuration
- User and access configuration
- Replication group configuration
- Abstraction interaction and best practices
- Protection configurations
- Replication configurations
- Geo-replication
- Replication topologies
- Protection vs. replication trade-offs
- Identify potential failure scenarios
- Design for hardware redundancy
- Design for data protection
- Design for network resiliency
- Design for site-level resiliency
- Evaluate failure impact and recovery
- Identify use cases for NFS
- Identify use cases for SMB
- Identify use cases for S3
- Identify use cases for Swift
- Identify use cases for HDFS
- Identify use cases for CAS
- Identify use cases for Atmos
- ECS Multi-Tenancy Overview
- Namespace Isolation
- User and Group Management
- Object Lock and Retention Policies
- Bucket Policies and Access Control
- Encryption and Key Management
- Quota Management
- Monitoring and Auditing for Tenants
- Access control models
- ECS user and group management
- Permission types and levels
- Bucket and object policies
- Authentication mechanisms
- Authorization enforcement
- Access control best practices
- Data compliance use cases
- Data retention use cases
- Compliance vs retention distinction
- Monitoring capabilities overview
- Situation-based monitoring selection
- Performance metrics interpretation
- Alerting and notification configuration
- Integration with external monitoring tools
- Identify performance-impacting factors
- Analyze workload characteristics
- Evaluate hardware and infrastructure
- Assess configuration and tuning options
- Consider data layout and access patterns
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Percentages reflect share of the current practice bank, not official exam weightings — no structured per-skill weight is published for ECS-DESIGN, so none is invented.