6V0-22.25 Installing, Configuring, and Setup

Installing, Configuring, and Setup Detailed Explanation

Prerequisite Validation and Cloud Builder Deployment

Exam Radar

• Core Priority: Ensuring underlying physical infrastructure meets standardized SDDC requirements before deployment.

• High Frequency: Completion of the Deployment Parameter Workbook for management networking and host FQDNs.

• Confusion Alert: Validating VLAN tagging and Jumbo Frames (MTU) via Cloud Builder versus post-deployment checks.

• Scenario Logic: Utilizing Cloud Builder to verify DNS/NTP reachability and clean partition tables on ESXi hosts.

• Version Delta: Strategic focus on standardized host preparation to ensure a functioning SDDC bring-up.

Atomic Deconstruction

• Actionable: Finalize the configuration spreadsheet to define all management IP addresses and license keys prior to initializing Cloud Builder.

• Parametric: Verify that Jumbo Frames are configured across the physical network to support vSAN and vMotion traffic requirements.

• Causal: Successful host preparation, including standardized password configuration and version alignment, prevents automated bring-up failures.

SKILLS.md Matrix

Task	Component	Operational Detail
Configuration	Parameter Workbook	FQDN and IP mapping
Validation	Cloud Builder Engine	MTU and DNS/NTP checks
Preparation	ESXi Host Cleanup	Clean partition tables/Correct version

Management Domain Bring-up and Initialization

Exam Radar

• Core Priority: Transforming individual ESXi hosts into a functioning Management Domain via automation.

• High Frequency: The automated orchestration of vCenter Server, NSX Manager, and SDDC Manager deployment.

• Scenario Logic: Automatic creation of the management vSAN cluster and initial management overlay segments.

• Version Delta: Leveraging Cloud Builder to establish the foundational management plane for all future workload domains.

Atomic Deconstruction

• Actionable: Monitor the automated bring-up process as it deploys the core management components and establishes the cluster.

• Parametric: Confirm the creation of the management vSAN cluster, including the application of the default storage policy.

• Causal: Initializing the NSX management cluster during bring-up provides the necessary networking fabric for all management-level services.

SKILLS.md Matrix

Element	Logic	Atomic Detail
Automation	Orchestrated Deployment	vCenter, NSX, and SDDC Manager
Storage	vSAN Management	Automatic disk group creation
Networking	NSX Initialization	Management overlay segment setup

Post-Deployment SDDC Manager Configuration

Exam Radar

• Core Priority: Preparing the management environment for day-two operations and workload expansion.

• High Frequency: Importing and assigning licenses for vSphere, vSAN, and NSX-T within the inventory.

• Scenario Logic: Integrating with Active Directory or LDAP for role-based access control (RBAC).

• Version Delta: Setting up the bundle repository with My VMware credentials for binary downloads.

Atomic Deconstruction

• Actionable: Connect SDDC Manager to the official bundle repository to enable the download of upgrade binaries and deployment images.

• Parametric: Assign imported license keys to the correct infrastructure objects within the SDDC Manager inventory.

• Causal: Proper identity integration ensures that infrastructure administrators can manage resources using centralized credentials instead of local accounts.

SKILLS.md Matrix

Category	Atomic Requirement	Operational Detail
Licensing	Key Assignment	vSphere, vSAN, and NSX-T
Repository	Bundle Sync	My VMware credential integration
Identity	AD/LDAP Integration	RBAC for infrastructure admins

Virtual Infrastructure (VI) Workload Domain Deployment

Exam Radar

• Core Priority: Orchestrating the creation of dedicated compute clusters for business applications via SDDC Manager.

• High Frequency: Selecting storage types (vSAN, NFS, or VMFS on FC) during the Workload Domain Creation Wizard.

• Confusion Alert: Differentiating between commissioning unassigned hosts and adding them to a specific VI Workload Domain.

• Scenario Logic: Automated rollout of dedicated vCenter and NSX-T manager instances for localized workload management.

• Version Delta: Utilizing host validation workflows to ensure networking and hypervisor compatibility before domain assignment.

Atomic Deconstruction

• Actionable: Use the Workload Domain Creation Wizard to define domain names and select the appropriate vCenter OVA for deployment.

• Parametric: Commission ESXi hosts by validating their networking and hardware configuration before adding them to the new VI cluster inventory.

• Causal: Deploying a dedicated vCenter for each workload domain ensures management isolation and prevents a single point of failure for the entire SDDC.

SKILLS.md Matrix

Task	Component	Operational Detail
Domain Creation	Creation Wizard	Storage and vCenter OVA selection
Inventory	Host Commissioning	Validation of unassigned hosts
Isolation	vCenter/NSX Rollout	Dedicated instances per VI domain

NSX Edge Cluster and Gateway Setup

Exam Radar

• Core Priority: Establishing the bridge between the virtual overlay network and the physical infrastructure.

• High Frequency: Deploying Edge Transport Nodes as virtual machines on the newly created VI cluster.

• Confusion Alert: Distinguishing between the Tier-0 gateway (North-South routing) and Tier-1 gateway (Tenant-specific segments).

• Scenario Logic: Configuring Uplink Profiles and Transport Zones to ensure correct traffic encapsulation for Edge nodes.

• Version Delta: Strategic use of BGP or static routes on the Tier-0 gateway to connect to physical top-of-rack switches.

Atomic Deconstruction

• Actionable: Deploy NSX Edge nodes via SDDC Manager or NSX Manager and associate them with the VLAN and Overlay transport zones.

• Parametric: Create Tier-0 and Tier-1 gateways, ensuring the Tier-0 is configured for external BGP peering with physical routers.

• Causal: Proper Edge cluster configuration is a prerequisite for enabling advanced network services such as Avi load balancing and distributed firewalls.

SKILLS.md Matrix

Element	Logic	Atomic Detail
Edge Nodes	Transport Nodes	VM-based deployment on VI clusters
Routing	Tier-0 Gateway	North-South physical connectivity
Connectivity	Transport Zones	Uplink profile and VLAN/Overlay mapping

Avi Controller Cluster Deployment

Exam Radar

• Core Priority: Initializing the load balancing management plane within the management or workload domain.

• High Frequency: Forming a three-node Controller cluster to provide management plane redundancy.

• Scenario Logic: Performing day-zero configuration including administrator passwords, DNS/NTP settings, and cloud type selection.

• Version Delta: Importing the Avi Controller OVA into the Content Library as the first step of the deployment workflow.

Atomic Deconstruction

• Actionable: Import the Avi Controller OVA and deploy the first node with a fixed management IP, then join two additional nodes to form a cluster.

• Parametric: Complete the initial setup wizard by defining the management credentials and selecting the target cloud type (vCenter or NSX-T).

• Causal: A three-node cluster ensures that the Avi database remains synchronized and the management interface remains available during a node failure.

SKILLS.md Matrix

Category	Atomic Requirement	Operational Detail
Deployment	OVA Import	Content Library-based initialization
Redundancy	Cluster Formation	3-node management plane setup
Configuration	Setup Wizard	DNS, NTP, and Cloud Type selection

Cloud Connector Configuration and Infrastructure Discovery

Exam Radar

• Core Priority: Setting up the functional component that enables Write Access mode for infrastructure automation.

• High Frequency: Mapping the Controller to vCenter credentials and selecting the Data Center, Cluster, and Content Library.

• Confusion Alert: Distinguishing between vCenter Cloud setup (VM management) and NSX-T Cloud setup (Segment/Transport Zone discovery).

• Scenario Logic: Troubleshooting "Yellow" or "Red" cloud status caused by SSL certificate mismatches or credential expiration.

• Version Delta: Integration with IPAM and DNS profiles (e.g., Infoblox) to automate VIP and DNS record assignment.

Atomic Deconstruction

• Actionable: Establish a connection to the NSX Manager or vCenter by providing API credentials and selecting the logical segments for Service Engine placement.

• Parametric: Identify and select the specific vSphere Content Library where the Service Engine (SE) images are stored for automated cloning.

• Causal: Configuring the Cloud Connector with correct permissions allows the Controller to automatically discover Tier-1 Gateways and network segments.

SKILLS.md Matrix

Element	Atomic Requirement	Operational Detail
Connectivity	Infrastructure Sync	vCenter or NSX-T Manager API link
Discovery	Object Mapping	T1, Segments, and Cluster discovery
Automation	IPAM/DNS Profile	Automated IP and record assignment

Service Engine (SE) Deployment and Lifecycle Management

Exam Radar

• Core Priority: Managing the data plane virtual machines that handle application traffic.

• High Frequency: Triggering automated SE deployment via the creation of a Virtual Service in Write Access mode.

• Confusion Alert: Understanding how the Controller uploads SE OVAs to the Content Library versus the deployment of VM instances.

• Scenario Logic: Performing non-disruptive upgrades of SE software using canary or parallel update mechanisms.

• Version Delta: Utilizing Service Engine Group (SEG) properties to define CPU/Memory sizing and HA modes for new SEs.

Atomic Deconstruction

• Actionable: Initiate a software upgrade for an SE Group and monitor the Controller as it drains existing connections before replacing SE VMs.

• Parametric: Define the maximum and minimum number of Service Engines allowed per group to control the scaling boundaries of the data plane.

• Causal: Automatic lifecycle management ensures that SE images remain synchronized with the Controller version across all workload domains.

SKILLS.md Matrix

Task	Logic	Atomic Detail
Provisioning	Automated VM Creation	Orchestrated via Cloud Connector
Scaling	SEG Assignment	Inherited CPU/RAM/HA properties
Maintenance	Rolling Upgrades	Disruption-free software updates

Certificate Management and SSL/TLS Profiles

Exam Radar

• Core Priority: Securing application delivery through modern cipher suites and digital certificate management.

• High Frequency: Configuring SSL/TLS profiles to meet compliance standards such as PCI-DSS or HIPAA.

• Scenario Logic: Automating certificate issuance and renewal through integration with CAs like Let's Encrypt or Venafi.

• Version Delta: Implementing application header insertion (e.g., X-Forwarded-Proto) during SSL termination.

Atomic Deconstruction

• Actionable: Create an SSL/TLS profile that restricts versions to TLS 1.2 and 1.3 while disabling insecure ciphers to protect data in transit.

• Parametric: Map a Certificate Management Profile to an external CA to enable automated renewal of application-facing certificates.

• Causal: Terminating SSL at the Service Engine allows the load balancer to inspect traffic and insert security headers before forwarding to backend servers.

SKILLS.md Matrix

Category	Atomic Requirement	Operational Detail
Compliance	SSL/TLS Profile	Cipher strength and version control
Automation	CA Integration	Automated cert issuance and renewal
Optimization	Header Insertion	X-Forwarded-Proto for backend visibility

Virtual Service and Pool Configuration

Exam Radar

• Core Priority: Defining the logical relationship between the front-end VIP and backend application servers.

• High Frequency: Selecting the correct Application Profile (HTTP, L4, DNS) to dictate traffic handling behavior.

• Confusion Alert: Distinguishing between a Pool (group of servers) and a Pool Group (collection of pools for priority-based routing).

• Scenario Logic: Implementing 80 to 443 redirection at the Virtual Service level to ensure secure client communication.

• Version Delta: Utilizing modern health monitors that check for specific application strings rather than just TCP port availability.

Atomic Deconstruction

• Actionable: Create a Virtual Service and associate it with a Pool containing backend server IP addresses and their respective service ports.

• Parametric: Configure an HTTP Application Profile to enable features like connection multiplexing and compression for optimized delivery.

• Causal: Correctly mapping a Virtual Service to a Pool ensures that the Service Engine knows exactly where to forward incoming client requests after processing.

SKILLS.md Matrix

Component	Logic	Operational Detail
Virtual Service	VIP Presentation	Front-end IP and Port mapping
Application Profile	Protocol Behavior	HTTP/L4/DNS specific settings
Pool	Backend Targets	Server IP and Port group

Health Monitor and Persistence Setup

Exam Radar

• Core Priority: Ensuring traffic is only sent to responsive servers and maintaining session continuity.

• High Frequency: Choosing between HTTP Cookie persistence and Source IP persistence based on application needs.

• Scenario Logic: Troubleshooting "Down" pool members by verifying HTTP response codes (e.g., Expect 2xx) in the monitor settings.

• Version Delta: Strategic use of active health monitors to perform periodic sub-second checks on application health.

Atomic Deconstruction

• Actionable: Attach an HTTP Health Monitor to a Pool and configure it to search for a specific "Expect" string in the server's response.

• Parametric: Define a persistence profile with a specific timeout to ensure that users are not disconnected during long-running sessions.

• Causal: Implementing robust health monitoring prevents the load balancer from sending traffic to a "zombie" server that is network-up but application-down.

SKILLS.md Matrix

Element	Logic	Atomic Detail
Health Monitor	Response Verification	HTTP string and status code checks
Persistence	Client Affinity	Cookie-based session tracking
Reliability	Passive Monitoring	Real-time traffic failure detection

Initial Analytics and Logging Configuration

Exam Radar

• Core Priority: Establishing visibility into application traffic while managing data plane resource usage.

• High Frequency: Configuring Significant Logs by default to capture errors while ignoring routine successful traffic.

• Scenario Logic: Enabling Full Logs temporarily for specific client IPs to troubleshoot TCP handshake or SSL handshake failures.

• Version Delta: Setting up Analytics Profiles to collect telemetry data that feeds the Avi Health Score.

Atomic Deconstruction

• Actionable: Edit the Analytics Profile for a Virtual Service to set the log level to Significant and define the retention period for metrics.

• Parametric: Enable Real-Time Metrics to provide sub-second visibility into throughput and latency during performance testing.

• Causal: Properly configured logging provides the necessary forensics to perform root cause analysis without overwhelming the Controller's storage.

SKILLS.md Matrix

Category	Atomic Requirement	Operational Detail
Logging	Significant vs. Full	Tiered visibility for resource efficiency
Telemetry	Real-Time Metrics	High-frequency performance monitoring
Forensics	Client Insights	Detailed browser and device visibility