VMWAREVMware VCAP-VCF VKS (3V0-24.25)
The VMware VCAP-VCF VKS certification validates your ability to design, deploy, and manage VMware Cloud Foundation with VMware vSAN and VMware NSX. It is aimed at experienced architects and engineers who build and operate software-defined data center solutions. Earning it demonstrates advanced skills in integrating compute, storage, and networking for hybrid cloud environments.
458 practice questions · Updated 2025-01-01
5Domains
22Objectives
146Concepts
458Questions
VCAP-VCF-VKS Curriculum
Every domain, objective, and concept the VCAP-VCF-VKS exam measures.
- VM characteristics
- Container characteristics
- Resource efficiency comparison
- Isolation and security comparison
- Portability and deployment comparison
- Workload suitability criteria
- Selection decision framework
- Kubernetes Architecture
- Kubernetes Networking
- Kubernetes Storage
- Service Mesh
- Helm
- NSX Reference Architecture
- VDS Reference Architecture
- Zones Reference Architecture
- Integration of NSX, VDS, and Zones
- vSphere Supervisor Architecture
- Supervisor Services
- Namespace Management
- Supervisor Cluster Configuration
- Topology Design
- Integration with vSphere Features
- Troubleshooting Supervisor
- VDS-based Supervisor Cluster Networking
- NSX Segment-based Supervisor Cluster Networking
- VPC-based Supervisor Cluster Networking
- Load Balancing Solutions for Supervisor Cluster Workloads
- Supervisor storage policy fundamentals
- Creating and configuring Supervisor storage policies
- Persistent volume integration with Supervisor storage policies
- Storage policy enforcement across zones
- Troubleshooting storage policy and persistent volume issues
- External Identity Provider Integration
- Kubernetes Admin Credentials Management
- RBAC Configuration for External Users
- Identity Provider Configuration Validation
- Kubernetes release management
- Content library types
- Subscribed content library configuration
- Local content library management
- Air-gapped content library setup
- Content library synchronization
- Release lifecycle operations
- Troubleshooting content library issues
- CNI Selection and Configuration
- NSX Networking Objects
- TLS Certificate Management
- Cluster Security Hardening
- Load Balancer Sizing Fundamentals
- Impact of Load Balancer Size on Performance
- Capacity Planning for Load Balancer
- Scaling Considerations
- Best Practices for Load Balancer Sizing
- Namespace Network Options Overview
- NSX-T Networking for Namespaces
- VLAN Networking for Namespaces
- Namespace Network Isolation
- Load Balancing Options for Namespaces
- Network Policies in Namespaces
- Performance and Scalability Implications
- Security Implications of Network Choices
- Compatibility and Integration Considerations
- vSphere Namespace Architecture
- Ingress Options for vSphere Namespaces
- Egress Options for vSphere Namespaces
- Network Policies and Security
- Integration with NSX Networking
- Design Considerations for Ingress and Egress
- Supervisor Cluster Architecture
- Prerequisites for Supervisor Cluster
- Workload Management Enablement Workflow
- Network Configuration for Supervisor Cluster
- Storage Configuration for Supervisor Cluster
- Validation and Troubleshooting
- Service Mesh Architecture
- Service Mesh Implementation Planning
- Service Mesh Configuration
- Service Mesh Integration
- Service Mesh Validation
- Create Supervisor Cluster with NSX VPC
- Create Supervisor Cluster with NSX Segment
- Create Supervisor Cluster with vDS
- Create Supervisor Cluster with Avi Load Balancer
- Configure vSphere Namespaces
- Manage vSphere Namespaces
- Configure vSphere Zones
- Manage vSphere Zones
- Install Supervisor Add-on Services
- Uninstall Supervisor Add-on Services
- Manage Supervisor Add-on Services
- Upgrade Supervisor Service
- Creating Supervisor Pods
- Creating VMs via VM Service
- Provisioning VKS Clusters
- Deleting VKS Clusters
- Monitoring VKS Clusters
- Scaling VKS Clusters
- Performing Rolling Updates
- Applying Configuration Changes
- Creating Autoscalers
- Configuring Autoscalers
- Upgrading Autoscalers
- Managing Package Repositories
- Managing Standard Packages
- Managing Registry Secrets
- Managing Private Registries
- Creating Snapshots
- Managing Snapshots
- Creating Pod Workloads
- Creating VM Workloads
- Configuring Ingress Controllers
- Integrating Private Registries with Workloads
- Editing YAML for VKS Deployments
- Dynamic Persistent Volumes
- Static Persistent Volumes
- Persistent Volume Expansion
- Velero Backup Configuration
- Velero Backup Operations
- Velero Restore Operations
- Backup and Restore Strategy Design
- Supervisor cluster provisioning error diagnosis
- VKS cluster provisioning error diagnosis
- Supervisor and VKS connectivity troubleshooting
- Namespace error diagnosis and resolution
- Log and event analysis for cluster errors
- Remediation and optimization of cluster operations
- Troubleshoot VM class errors
- Troubleshoot cluster plan errors
- Troubleshoot content library errors
- Troubleshoot storage errors
- Troubleshoot networking errors
- Optimize troubleshooting processes
- Container Deployment Troubleshooting
- Registry Configuration and Access
- Trusted CA Certificate Management
- Identify upgrade failure symptoms
- Assess upgrade state and logs
- Restart a failed upgrade
- Recover from partial upgrade
- Validate post-recovery integrity
- Cluster performance monitoring
- Performance baseline establishment
- Cluster scaling features
- Resource allocation optimization
- Performance bottleneck analysis
- Scaling actions and automation
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Percentages reflect share of the current practice bank, not official exam weightings — no structured per-skill weight is published for VCAP-VCF-VKS, so none is invented.