How Pfeiffer University modernized infrastructure and saved 85 percent.

Executive Summary

Key takeaways

Six things to walk away with if you read nothing else.

The institution

Pfeiffer University is a private nonprofit liberal arts institution in Misenheimer, North Carolina with more than 135 years of history. The university emphasizes personalized education, practical experience, and a strong foundation in the liberal arts. An 11-to-1 student-to-faculty ratio, bachelor’s and master’s programs across more than 32 disciplines, and a mentorship-driven culture of service shape the academic experience.

The IT department operates the same way. Ryan Conte, Chief Information Officer, runs a small in-house team. The department avoids outsourcing and routinely involves student interns and student-athletes in real work. By the 2024 to 2025 academic year, VMware licensing changes, rising hardware costs, and poor support responsiveness threatened to swamp those lean operations. Pfeiffer turned to VergeIO not only to modernize infrastructure but to create a real-world learning opportunity at the same time.

Key terms

A short glossary of the terms used throughout the case study.

VMware challenges

VMware was the backbone of Pfeiffer’s virtualization environment for years. The shift to per-core subscription pricing pushed projected annual cost to between $35,000 and $45,000, on top of the elimination of higher-education consortium discounts. Even with paid support, responsiveness dropped.

The hardware question made it worse. The infrastructure was five years old and still serving the workload. The MSP recommended a full refresh anyway, putting another $100,000 to $200,000 in front of the budget. A renewal cycle and a refresh cycle had collided, and the combined invoice was the kind of number that ends a conversation rather than starts one.

Alternatives evaluated

Ryan worked through three serious options before landing on VergeIO. Each one failed against a specific Pfeiffer constraint.

• Public Cloud (Azure, AWS)
  Pfeiffer is a Microsoft-focused campus, so Azure was the obvious cloud candidate. Lack of in-house expertise, training and support costs, and security concerns made it unattractive. The campus already had redundant internet, fuel-backed generators, and paid-for infrastructure. “Why should I pay for this twice by moving it to the cloud?” Ryan asked.
• VMware with reduced scope
  Standalone servers without vSAN redundancy looked cheaper on paper. The downtime exposure was deemed unacceptable. Critical academic systems run as SaaS, but essential on-prem workloads still serve daily operations. Losing redundancy there would disrupt service to students and staff.
• Other on-premises platforms (Nutanix, Scale)
  Technically viable. Both required significant capital investment in new hardware, which broke the core objective of repurposing the existing Dell and HP servers. The ideal solution had to reuse equipment, maintain redundancy, and simplify management without adding cost.

Why VergeIO

VergeIO addressed each Pfeiffer priority directly. The platform ran on the hardware already in the rack, consolidated five separate products into one license, gave the team direct engineer access on support calls, and created a real teaching environment for students at the same time.

Implementation

The migration was designed as an IT upgrade and an educational initiative at the same time. Three senior students played a pivotal role. All three had served as IT interns and volunteers throughout their time at Pfeiffer while also competing as student-athletes.

Over a three-month proof of concept from January to March, the team trained on the VergeIO interface and built a dedicated development and lab environment. They stress-tested the system intentionally to understand its capabilities and limits. Two takeaways shaped the production build: encrypt data at rest from the outset, and standardize on 10 GbE connectivity to avoid future rework.

With support from VergeIO and AI agents integrated with the knowledge base, the learning curve was manageable. The students graduated in May with the ability to showcase the project on their resumes and a professional reference from the Pfeiffer IT department.

Results and savings

The cost comparison below covers the four line items that defined the renewal decision. The VergeIO column is the actual five-year deployment cost at Pfeiffer. The VMware column is the projected cost of the renewal path with the recommended hardware refresh and the standalone backup project.

Operational benefits

Broader impact

The project aligned with Pfeiffer’s mission of real-world, servant-leadership education. Students didn’t just study IT infrastructure. They built it, from installing hardware components to configuring network aggregation. They documented the process and gained hands-on experience that prepared them for their careers. The in-house, resource-conscious approach kept the project cost-effective while reinforcing Pfeiffer’s institutional values.

What is next

Ryan plans to explore VDI and refresh the Computer Information Systems lab using the platform’s tenant-isolation features. Students will experiment with virtualization technologies in isolated environments without touching production systems. The teaching surface that started as a capstone migration grows into a permanent fixture of the CIS curriculum.

Frequently asked questions

Common questions from peer CIOs evaluating a similar exit.