Modern enterprise IT environments are becoming increasingly siloed and fractured due to the rapid growth and proliferation of workloads across both public and private clouds. Meanwhile, spending priorities are shifting toward increased cloud consumption and active containerized app development. Amid the growing complexity of managing heterogeneous IT landscapes, infrastructure optimization becomes the key to business stability.

Challenges of a hybrid cloud environment

According to global analytical data, about 83% of CIOs plan to repatriate a portion of workloads from public clouds back to on-premises capacities, while 40% of leaders identify the uncontrolled growth of public cloud costs as a major issue. The complexity of managing fragmented IT environments hinders rapid innovation, effective resource scaling for artificial intelligence (AI/ML) demands, and timely response to cyberthreats.

VMware vSphere Foundation (VVF) solves these challenges by standardizing the IT landscape on a consistent private cloud infrastructure stack.

Comparison of approaches to IT infrastructure management

Traditional approach

• Component management: Using siloed tools to administer compute, networking, and storage systems, which increases team overhead.
• Containerization and DevOps: Complexities and delays when integrating Kubernetes clusters with traditional virtualization.
• Scaling for AI: Difficulties in flexibly allocating and distributing graphics processing unit (GPU) capacities without resource fragmentation.

vSphere Foundation platform

• Component management: A single control plane for global inventory, configuration, and lifecycle management across all infrastructure elements.
• Containerization and DevOps: An integrated and fully compliant VMware vSphere Kubernetes Service for parallel management of VMs and containers.
• Scaling for AI: Support for assigning up to 16 GPUs to a single virtual machine and up to 32 GPUs in pass-through mode for complex AI workloads.

Measurable business results of implementation

Transitioning to an integrated enterprise-class solution automates routine operations and lowers total cost of ownership (TCO). Based on an analysis of customer experiences post-implementation, the following key performance metrics were recorded:

• A 77% gain in overall IT infrastructure operational efficiency.
• A 20% reduction in time required to identify and resolve technical issues.
• A 5X reduction in relative unplanned downtime for critical systems.
• A complete (100%) reduction in last-minute or unexpected hardware costs.

With vSAN storage software, the platform becomes a comprehensive hyperconverged infrastructure (HCI) solution, unifying compute, storage, and networking tools in a single pane of glass. This safeguards data privacy via built-in encryption and automates capacity allocation.