Multi-OEM operating discipline that survives audit, refresh, and budget cycles. Not just a maintenance contract.
Buyers compare us against the OEM and against traditional TPMs. We position differently: a single integrated operating practice with documented compliance posture, predictive failure modeling and fiscal-year-aligned terms that don't auto-renew. The OEM-alternative your CIO can defend at audit and your CFO can defend at FY review.
What you actually get from WUC that the alternatives can't deliver as a unit.
01
Multi-OEM coverage as one practice
Server, storage, network, hyperconverged across 17+ OEM platforms under a single contract, single SLA, single after-action report. No finger-pointing at incident.
02
Audit-grade operating model
Operating practices documented to NIST SP 800-53 control families on request. Background-screened engineers, parts provenance with chain of custody, NIST 800-88 media sanitization.
03
Predictive operating intelligence
OEM telemetry plus our lifecycle data drive component-level failure prediction. Replacement happens before incident, not after. Continuously, per fiscal-year refresh roadmap.
04
Fiscal-year-aligned terms
No auto-renewal. Termination-for-convenience and assignment provisions in plain language. Documented EoSL extension pattern with audit-accepted operating documentation.
Strategic differentiation
Why the OEM and the traditional TPM both leave you exposed.
Six pressures every infrastructure leader carries. The OEM optimizes for refresh revenue; the traditional TPM optimizes for break-fix margin. WUC operates at the intersection neither serves cleanly.
Where WUC sits relative to the OEM and the traditional TPM.
Pressure
OEM
Traditional TPM
WUC Approach
Multi-vendor estate
Single-OEM contracts; finger-pointing at incident
Multi-vendor, but reactive only
Single multi-OEM contract, predictive intelligence, named practice lead per engagement
EoSL forces refresh
Refresh under capex; 12–18 month timeline
"We support EoSL" (vague)
Documented 7-year extension pattern with audit-accepted operating documentation
Cost pressure
Premium pricing, opaque coverage tiers
Discount on coverage, same SLA opacity
40–60% TCO reduction with transparent decomposed model
Compliance scope
Generic "we comply"; control evidence at re-bid
Same; framework alignment vague
NIST 800-53 control families documented to operating-practice level on request
AI / predictive ask
Marketing buzzword
Marketing buzzword
OEM telemetry + lifecycle data → component-level failure prediction
Auto-renewal & vendor lock
Auto-renewal in standard MSA
Variable; usually present
No auto-renewal. Fiscal-year-aligned terms. Plain-language assignment provisions.
Operating outcomes
The numbers customers ask about first, with the documentation behind them.
99.97%Average measured uptime
7+ yrsDocumented EoSL extension
40–60%TCO reduction vs OEM
Operating model
Five disciplines, one continuous practice.
The maintenance contract is the surface. Underneath is a continuous lifecycle data model — assess, monitor, predict, maintain, optimize — that survives political and budget cycles.
Six questions every IT leader asks before signing.
No. The Magnuson-Moss Warranty Act (federal law) prohibits OEMs from voiding hardware warranty solely because a third party performed work, provided the third party didn't cause the issue. WUC engineers are background-screened, OEM-trained where applicable, and use OEM-traceable parts with documented chain of custody.
Yes. We hold parts inventory across server, storage, and network OEM lines for 7+ years past published EoSL on most platforms. Parts are OEM-traceable, anti-counterfeit screened, with documented chain of custody. EoSL extension is delivered under the same SLA tier as in-warranty equipment.
Typical observed reduction is 40–60% over a 3-year horizon, like-for-like at the SLA tier you actually need. The largest driver is the EoSL extension lever — agencies and enterprises avoid a refresh cycle the OEM had positioned as inevitable.
That's the core of the practice. One contract, one SLA, one engineer dispatch across 17+ OEM platforms. One after-action report. One point of accountability.
Standard tier-1 commit is 4-hour parts-and-engineer dispatch. Sub-options for 2-hour engineer commit on customer-defined criticality tiers. SLAs are written per-site, not as a national average.
Operating practices documented to NIST SP 800-53 Rev. 5 (control families AC, AU, CM, MA, PE, PS, SC), NIST SP 800-171 Rev. 3 for CUI-adjacent engagements, FISMA-aligned, FIPS 140-3 awareness, CJIS Security Policy alignment. Background-screened engineers. Specific control evidence is documented under NDA per agency requirement.
Engagement
Ready to compare WUC against your current contract?
Tell us the estate (servers, storage, network, OEM mix), your incumbent contract terms, and the constraint or deadline. We'll send a written proposal in one business day.
