Campus life runs on infrastructure.
We keep the semester on schedule.
In higher education, downtime is a teaching and research event — registration day does not reschedule, and student‑data stewardship is a purchasing criterion long before it is an audit finding. What universities buy from WUC today goes beyond break‑fix — managed IT infrastructure operated as an extension of campus IT, with the SIS and LMS systems the semester runs on, and the research data estates that never stop growing, answered for by one accountable partner — on capital planning cycles that rarely match OEM refresh calendars. Same multi‑vendor engineering depth. Sold by what the campus counts on.
A vendor answers to a contract.
You answer to the campus.
Break-fix maintenance answers one question: is the hardware healthy? University IT leadership carries different ones — will the SIS hold on registration morning, is the research estate recoverable, and will it all survive the next capital cycle? We hold those answers under two principles:
Exceptional Service
Continuous monitoring, proactive maintenance, rapid issue resolution, and expert guidance that keep your infrastructure estate secure, available, and optimized — an extension of your team, measured against outcomes you can see.
Strategic Engagement
Technology initiatives aligned with business objectives through ongoing planning, governance, and continuous improvement. A partner in the room when decisions get made — not a vendor on a ticket when things break.
Two estates every university answers for.
One partner who answers for both.
Every university's infrastructure conversation eventually reaches the same two estates. These are the systems our practice designs, operates, and stands behind — at full depth.
SIS & LMS — the systems the semester runs on
Registration, learning management, advising, financial aid — the systems the semester runs on demand low latency and continuous availability from every layer beneath them. We operate that full stack — compute engineered for registration‑morning and finals‑week load, Dell PowerMax and NetApp AFF beneath the transaction databases — with replication and recovery rehearsed rather than assumed, and student‑data stewardship held as standing operations with an audit trail.
The research data estate — instruments, archives, and datasets that never shrink
Research data never stops growing: instrument output, imaging archives, grant‑funded datasets with retention obligations that outlast the grant itself. Dell PowerScale carries that growth with policy‑driven tiering; NetApp AFF serves the databases that keep it queryable — and we operate both sides, expanding capacity ahead of growth and holding retention obligations as enforced configuration.
Representative architectures drawn from common campus deployments — not descriptions of specific institutional environments, which remain confidential. Operations align to FERPA guidance on student data and the NIST Cybersecurity Framework.
The economics capital committees appreciate.
The higher education vertical runs on the same multi-vendor engineering depth that made WUC an OEM alternative — and the savings survive CFO scrutiny because they are structural, not promotional. Model your estate with the infrastructure savings calculator, or start from the pillars below:
Multi-vendor consolidation
Dell EMC, NetApp, HPE, Cisco, and IBM estates under one agreement, one SLA framework, one accountable team — 30–50% below combined OEM spend.
See how consolidation works → 02Lifecycle on the capital cycle
Extend stable assets past EOSL, refresh when workload evidence says so, retire with documented sanitization — every decision landing in a capital plan, not an emergency.
Explore lifecycle → 03SLAs tiered to the semester
Two-hour response for the systems registration stops without; next-business-day for the cold archive. You stop paying premium SLAs for archives nobody is querying.
Design your tiers → 04Proactive, not reactive
Predictive telemetry that catches the degrading component before it becomes a registration-morning outage — with baselines set at the hours students actually enroll.
Explore performance insights →Four stages, no surprises.
- Assess. Full estate audit — every host, array, switch, and contract from campus to research core — mapped to the service it delivers and scored by academic criticality and compliance exposure.
- Consolidate. OEM contracts replaced in renewal order under one WUC agreement, SLAs re-tiered to academic criticality, savings visible before the next capital review.
- Operate. 24/7 telemetry, proactive maintenance, and guaranteed-response engineering — the extension-of-your-team phase, measured monthly.
- Advise. Quarterly strategic reviews: capacity growth, compliance posture, refresh sequencing and cloud placement — the partner-in-the-room phase your roadmap runs on.
Ready for a partner the whole campus can count on?
A 30-minute conversation surfaces the three biggest overspend and risk signals in your campus infrastructure contracts — usually without leaving the call.