VMware Certified Professional - VMware vSphere Foundation Administrator (2V0-16.25)

Teams running VMware vSphere Foundation (VVF) often manage it through inherited knowledge. That can lead to inconsistent host builds, unclear certificate relationships, storage-management gaps, and monitoring blind spots. This course gives your team one shared baseline and prepares them for the VCP-VVF Administrator (2V0-16.25) exam.

Role fit: This is intermediate training for IT Practitioners, systems administrators, and virtualization specialists with about a year of IT experience. Team Leads can use it to onboard new admins or standardize practices across an existing virtualization team.

Time investment: Plan for roughly 16 hours of video per learner across 18 skills. Most skills run about 45–70 minutes, so learners can finish one per work session.

Risk and compliance relevance: The course covers:

• Digital certificate management, including certificate authorities, trust relationships, and verification
• ESXi and vCenter fundamentals
• Storage concepts, including VMFS, NFS, and network-attached storage
• Licensing, logging, monitoring, and alerts

These topics support more consistent, auditable operations across a vSphere environment.

Change-management note: Instructor Keith Barker builds the environment step by step, from ESXi and vCenter through storage, VCF Operations, licensing, and certificate validation. Teams can adopt the same build and verification habits, such as checking prerequisites before deployment and confirming certificate relationships across hosts and vCenter.

Several skills end with a troubleshooting scenario based on real screenshots, which checks applied understanding beyond recall. Training Managers can assign the course as a Playlist and track completion with Team Reporting.

IT teams use this training to stand up and run a vSphere Foundation environment with fewer surprises, from a bare ESXi host through vCenter, clusters, shared storage, and day-two operations. The course works through realistic scenarios rather than theory alone. One example is a failed vmkping where 8000- and 1600-byte packets with the do-not-fragment bit set fail but 1400-byte packets succeed, which points to an MTU mismatch on the storage network. Another is verifying the digital certificate relationships that establish trust between vCenter, ESXi hosts, and related VCF components.

• Fewer storage-related outages: Practitioners plan, configure, and verify NFS, iSCSI VMFS, and vSAN datastores. They use tools like vmkping and vSAN proactive VM creation tests to confirm storage works before production workloads land on it.
• Tighter access control and audit readiness: Admins connect vCenter to LDAP and build custom roles. They apply permissions at specific inventory objects instead of granting broad global access, so they can explain where every permission comes from.
• Smarter capacity and budget planning: With VCF Operations, teams review capacity and cost information, define base infrastructure costs, and compare utilization across hosts to support planning conversations and spot potential DRS imbalances.
• Resilient, consistent VM delivery: Team Leads can standardize builds with templates, cloning, and content libraries, and use vMotion, DRS, and HA to keep workloads available during maintenance or host failures.

Knowledge

• How ESXi hosts, vCenter Server, data centers, and clusters fit together in a VMware vSphere Foundation environment, including the vCenter sizing and host prerequisites to check before deployment
• How NFS-based NAS datastores, VMFS on iSCSI, and vSAN differ, and when each fits a cluster's storage design
• How vMotion, DRS, and HA work together to balance workloads and keep VMs available when a host fails
• How vCenter permissions inherit and propagate, why object-level RBAC is safer than broad global permissions, and how external LDAP authentication plugs in
• How monitoring, alerts, capacity planning, and cost considerations support forecasting and budget planning
• Which prerequisites a Supervisor deployment needs, including HA, DRS, a subscribed content library, storage policies, zones, and a load balancer

Ability

• Install ESXi and configure the management network through the DCUI, then deploy vCenter and onboard hosts into data centers and clusters
• Provision and validate NFS, iSCSI VMFS, and vSAN datastores, including the checks needed to confirm storage is ready for use
• Create, monitor, and organize VMs, confirm VMware Tools status, and speed up repeat builds with clones, templates, and content libraries
• Assign roles and permissions at the correct inventory level, build custom roles, and check both the Hosts and Clusters view and the VMs and Templates view when access is unclear
• Troubleshoot VM power-on failures tied to encryption and key providers, and compare host resource use against DRS behavior
• Prepare a vSphere environment for Supervisor deployment to support Kubernetes workloads