VMware Cloud Foundation (VCF)

Standard vSphere requires manual sizing, bespoke SAN/NAS zoning, and separate operational tools for each tier. VCF delivers an automated, software-defined platform that binds compute, storage (vSAN), and networking (NSX) into standardized Workload Domains. SDDC Manager orchestrates deployment, configuration drift enforcement, and lifecycle upgrades as a unified system rather than disjointed components.

Both approaches are viable depending on architecture goals. Greenfield deployments using Cloud Builder deliver maximum standardization on validated Hardware Compatibility List (HCL) nodes. However, existing vSphere environments can be transitioned by standing up a dedicated VCF Management Domain and systematically migrating workloads or importing qualified clusters into dedicated Workload Domains without business downtime.

VCF requires an enterprise spine-leaf fabric supporting jumbo frames (minimum 1600 MTU, recommended 9000 MTU) end-to-end to accommodate NSX Geneve encapsulation. Additionally, out-of-band management VLANs, BGP dynamic routing endpoints for Tier-0 gateways, and consistent Layer-2 trunking across top-of-rack (ToR) switches must be validated before SDDC Bringup.

SDDC Manager automates bundle downloads, pre-checks, and staged rollouts across the complete stack—including ESXi, vCenter Server, NSX managers, and edge clusters. Workloads are dynamically migrated across hosts via vMotion during maintenance windows, preventing downtime and eliminating configuration drift between individual hosts.

MRIT performs comprehensive estate audits to calculate exact core-count licensing requirements, eliminate idle compute allocations, and identify consolidation opportunities. We align your workload profile with appropriate workload domain tiers, ensuring you only license the capacity and features your enterprise architecture actively requires.

Yes. VCF includes native integration with VMware Tanzu Kubernetes Grid (TKG). By activating Workload Management on your VCF Workload Domains, your teams can provision and manage enterprise Kubernetes clusters side-by-side with traditional virtual machines using native vCenter tooling and NSX network automation.

VCF 9 shifts the operational model toward Unified Fleet Management, integrating Aria Operations natively into VCF Operations. Instead of managing independent SDDC Manager silos per site, infrastructure teams gain centralized visibility, aggregated resource analytics, and unified multi-site provisioning policies across global private cloud footprints.

Yes, but transition pathways depend on your current architecture. Standalone vSphere clusters require an estate audit to validate storage policy baselines, hardware compatibility, and network fabric prerequisites before onboarding. For existing VCF 5.x deployments, MRIT designs phased upgrade pipelines that validate SDDC Manager bundles and host prerequisites before executing automated, workload-safe rollouts.

VCF 9 standardizes storage architectures on the vSAN Express Storage Architecture (ESA), delivering optimized performance for high-density NVMe drives, native snapshots with zero performance degradation, and automated RAID-5/6 erasure coding efficiency without compromising write performance.

Fleet management utilizes declarative policy baselines across management and workload domains. When configuration drift occurs—whether at the ESXi host profile level, NSX distributed firewall rules, or virtual switch configurations—the management plane flags deviations and automates policy re-synchronization to maintain audit compliance.