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VMware Cloud Foundation: Solution Architecture and Design [V9.0]

Last Updated: 25-05-2026

Designing an enterprise private cloud requires moving past individual component administration and embracing a unified, full-stack architectural mindset. VMware Cloud Foundation (VCF): Solution Architecture and Design [V9.0] provides the advanced framework and design methodologies needed to translate demanding business objectives into a high-performing, resilient single-site hybrid cloud infrastructure.

This interactive, 5-day design-centric course delves into the primary structural choices behind VCF 9.0. You will learn to navigate the core design language—evaluating requirements, constraints, assumptions, and risks—while building custom conceptual, logical, and physical designs. From underlay networking and vSAN cluster optimization to multi-tenant consumption boundaries and emerging Advanced Services like Private AI, this course gives you the blueprints to engineer an optimized cloud infrastructure from the ground up.

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Course Prerequisites

Because this course focuses purely on advanced architecture and design frameworks rather than basic interface administration, participants must possess solid experience with core VMware technologies.

  • Component Competency: You should have completed the Install, Configure, Manage level courses (or possess equivalent real-world expertise) across VMware vSphere, VMware NSX, and VMware vSAN.

  • Infrastructure Context: A strong understanding of standard enterprise data center architectures, physical switching topologies, routing protocols, and security boundary designs.

Learning Objectives

The VMware Cloud Foundation: Solution Architecture and Design [V9.0] course prepares you to step into the role of a trusted private cloud architect. You will walk away with a repeatable, systematic process for evaluating infrastructure needs, sizing physical compute, storage, and fabric networks, and applying critical AMPRS (Availability, Manageability, Performance, Recoverability, Security) principles. Armed with these VCF 9.0 design strategies, you will be capable of building highly efficient, future-proof cloud environments capable of running everything from mission-critical legacy applications to cutting-edge enterprise AI workloads. This course explicitly aligns with the objectives required for the VMware Certified Professional – VMware Cloud Foundation Architect (VCP-VCF Architect) certification pathway.

Target Audience

This course is engineered specifically for upper-level IT professionals tasked with scoping, mapping, and validating infrastructure designs:

  • Solution Architects and Cloud Architects who need a definitive methodology for mapping enterprise goals to physical and logical VCF deployments.

  • Principal Systems Engineers and Technical Consultants responsible for structural sizing, network fabric planning, and platform positioning.

  • Enterprise Infrastructure Leads overseeing data center modernization strategies, security profiles, and hardware resource procurement.

Course Modules

Module 1: Design Frameworks and VCF Models

  • Introduction to Architecture Frameworks: Gathering Business Objectives

  • Distinguishing Between Requirements, Constraints, Assumptions, and Risks

  • Mapping out VCF Architectural Models (Consolidated vs. Standard)

  • Leveraging VCF Design Blueprints and Planning Workbooks

Module 2: Fleet, Instance, and Physical Fabric Design

  • Defining Core Architecture Definitions: Sites, Fleets, and Instances

  • Logical Infrastructure: Architecting Management and Workload Domains

  • Physical Underlay Fabric Prerequisites and Top-of-Rack (ToR) Switch Design

  • Mapping out Distributed Switch Architectures for Unified Edge Connectivity

Module 3: Management Domain Architecture & Sizing

  • Sizing the Management Cluster for Core Platform Operations

  • Storage Architecture Options: vSAN Configuration and External Array Integration

  • Design Decisions for System Multi-Tenancy and Centralized Identity Provision (IdP)

  • High Availability and Platform-Based Protection Mechanisms for Infrastructure Components

Module 4: Workload Domains & vSAN Storage Design

  • Workload Domain Sizing: Calculating Host Density, RAM Ratios, and Sizing Drivers

  • Designing vSAN Storage Policies: Performance, Capacity, and Data Efficiency Controls

  • Evaluating Shared-Nothing vSAN Max Architectures for Standalone Storage Scaling

  • Integrating Security Engineering: Edge Protections, Isolation Zones, and Hypervisor Security

Module 5: Evaluating VCF AMPRS Characteristics

  • Availability: Minimizing Common Single Points of Failure Across Compute and Network

  • Manageability: Constructing VCF Operations Configurations for Unified Infrastructure Telemetry

  • Performance: Designing for High-Throughput Workloads and Dynamic Resource Allocation

  • Recoverability: Formulating Backup Topologies and Assessing Local Data Failover Plans

  • Security: Architecting Distributed Firewall Policies and End-to-End Cryptography Baselines

Module 6: Consumption Design & Advanced Services

  • Designing the Infrastructure Consumption Layer with VCF Automation

  • Defining Tenancy Models and Resource Quotas for Cloud Users

  • Integrating Supervisor Clusters for Containerized and Hybrid Workloads

  • Designing for VCF Advanced Services: Architectural Introductions to Private AI, VMware Live Recovery, and Advanced Cyber Compliance

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