For IT Operations
Your multi-OEM estate, operated like one system — instead of twelve.
24/7 multi-OEM NOC. Pre-staged parts on a 4-hour SLA. ITIL change management documented from day one. We become the operational extension your team needed three years ago, without rebuilding your runbooks or replacing your monitoring.
The IT Ops daily reality
Four operational pains we built our service to absorb.
If two or more of these describe your week, the operational review is going to be a useful 45 minutes.
Twelve vendor portals, one ticket, four hours of escalation.
Multi-OEM estates mean multi-OEM support contracts. When something breaks, you're chasing escalations across Cisco TAC, Dell ProSupport, HPE Support Center, NetApp, IBM, Juniper. Documentation drift makes triage harder every quarter.
The on-call rotation is unsustainable.
Senior engineers are getting paged for issues a tier-1 NOC could resolve. Burnout shows in retention. The team that wrote the runbooks is the same team you're trying to keep from leaving — and the same team you're paging at 2 AM.
Out-of-warranty drift is invisible until something breaks.
Assets quietly hit EOSL. Refresh budgets get pushed. Six months later a controller fails and the support contract expired in March. The team finds out by trying to file a ticket. By then it's already a Sev-1.
Parts logistics is its own job.
Pre-authorized RMAs aren't pre-authorized. Critical sites are 4 hours from a depot. The 4-hour SLA is real until you actually need it. Smart hands aren't smart in your specific configuration. Saturday becomes a drive to the rack.
Operational metrics
What our NOC actually delivers, measured.
Multi-OEM weighted, last 12 months. Numbers on this page get updated quarterly.
3.2 hrs
Average MTTR (P1)
Multi-OEM weighted, includes parts logistics.
< 15 min
First-response time (P1)
24/7 NOC, business hours or otherwise.
98.4%
4-hour parts SLA met
Across 200+ supported OEMs and 50 states.
78%
Tickets deflected
Tier 1 + Tier 2 resolution before customer escalation.
Operational capabilities
Six things WUC operates so your team doesn't have to.
Each capability links to its dedicated service page if you want the contract-level detail.
24/7 multi-OEM NOC
Tier 1 + 2 deflection across the entire estate. Your team only sees what your team needs to see.
Service detail →
Multi-OEM post-warranty maintenance
One ticket, one escalation path, one parts logistics across Cisco, Dell, HPE, NetApp, IBM, Juniper, Arista, Aruba.
Service detail →
Performance Insights (predictive)
Failures surface before they page anyone. Anomalies get tickets, not pages. Quarterly trend reporting.
Service detail →
Pre-staged parts logistics
4-hour parts SLA backed by regional depots, pre-authorized RMAs, and tested-stock policies. No portal-chasing.
Service detail →
Smart hands + remote hands
Bonded crews on-site within SLA window. You don't drive to the data center on a Saturday. 50 states + global partners.
Service detail →
Hardware lifecycle visibility
Asset registry across every site. EOSL exposure surfaces 36 months out, not 6 months after the controller fails.
Service detail →
Operational comparison
How WUC compares against the four real alternatives.
Honest calibration. Traditional MSPs win on ITIL documentation. OEM contracts win on single-vendor parts logistics. The matrix shows where each option actually fits.
| Operational dimension | WUC Technologies | OEM extended contracts | Traditional MSP | DIY / in-house |
|---|---|---|---|---|
| Ticket consolidation across OEMs | ✓Single intake across all OEMs | ×One vendor portal each | ✓Generic IT, weak hardware tier | ×Team-built, no cross-vendor view |
| Mean Time To Repair (P1) | ✓3.2 hrs multi-OEM weighted | ~Varies 2-12 hrs by OEM | ~4-8 hrs typical, generic | ~4-12 hrs, talent-bound |
| After-hours escalation coverage | ✓24/7 NOC, all tiers | ~Tier-bound, OEM-specific | ~Tier-bound, generic only | ×On-call team rotation |
| Pre-staged parts (4-hour SLA) | ✓98.4% met across 200+ OEMs | ✓Strong, single-OEM only | ×No parts ops capability | ×Depot-bound, slow |
| ITIL change-mgmt documentation | ✓Built into every ticket | ~Vendor portal forms | ✓Strength of MSP model | ~Talent-dependent quality |
| On-call burden reduction | ✓78% deflected before escalation | ~Vendor-specific only | ~Generic tier-1 only | ×None — team owns all |
| Multi-OEM expert coverage | ✓200+ OEMs in active service | ×One OEM per contract | ~Partner-network-bound | ~Hire-bound, narrow |
| Out-of-warranty asset visibility | ✓36-month EOSL forecast | ~Contract-bound only | ×Not tracked typically | ~Spreadsheet-bound |
The pilot path
Three steps to a tactical pilot — not a transformation project.
No estate-wide cutover. No procurement RFP to start. We begin with a 45-minute operational review. The pilot is reversible at any point.
1
Operational review
45-minute working session
WUC operations lead joins your IT Ops director and on-call leads. We walk through your current ticket flow, on-call rotation, MTTR data, and the top 3 operational pains. No deliverable obligation on either side.
Bring: your last 30 days of P1/P2 ticket data — we'll spot patterns in the call.
2
Pilot scope + 60-day plan
5 business days
If the operational review identifies fit, we propose a pilot scope (one OEM, one site, or one ticket category). Plan covers cutover steps, escalation contacts, and reporting cadence.
Risk-bounded: most pilots run side-by-side with existing OEM contracts — no cutover risk.
3
Pilot run + expansion
30-90 days
Pilot runs with weekly operational sync, monthly reporting. At end of pilot window, we present operational metrics vs. baseline and propose expansion shape (full estate, or graduated).
Backstop: if pilot doesn't hit targets, you walk. Service credits in the SOW.
Operational FAQ
Questions IT Ops directors ask before booking the call.
How do you actually handle ticket flow when our team has been the one filing them for 5 years?
We integrate into your existing ticketing system (ServiceNow, ConnectWise, Jira Service Management, Zendesk). Tickets are co-owned: your team retains visibility, WUC NOC handles tier 1 + 2 work and only escalates to your team for issues that genuinely need internal context. You can revoke our access at any time and tickets stay in your system — we don't take your data with us if the engagement ends.
What's the on-call escalation path when WUC owns tier-1/tier-2?
Three-tier model. Tier 1 (alert triage, ticket creation, initial diagnosis) and Tier 2 (configuration changes, parts dispatch, vendor TAC engagement) live with WUC NOC 24/7. Tier 3 (architecture decisions, application-layer issues, change-control sign-off) routes to your team during business hours and a defined on-call contact after hours. Most engagements see > 75% deflection at tier 1+2, so your team's after-hours pages drop materially.
How do you handle parts on a 4-hour SLA when our remote sites are 6 hours from any depot?
Three options depending on site criticality. Option A: pre-positioned spares at the site itself (recommended for tier-1 sites — we handle inventory rotation). Option B: dedicated regional depot positioning closer to remote clusters (we expand the depot network where SLA economics justify it). Option C: courier-only with adjusted SLA (8 or 12 hours) for sites where 4-hour is infeasible regardless of vendor. We'll model the right blend in the operational review.
What's the cutover risk during the pilot? We can't afford a tier-1 ticket falling through the cracks.
Most pilots run side-by-side with your existing OEM contracts and your existing internal NOC. No cutover during pilot — you keep all current paths open while WUC layers in. If the pilot identifies issues, you walk away with no operational disruption. If it works, the cutover happens at end of pilot window with a defined contract effective date and run-back capability for 30 days.
How do you handle change management documentation when our existing process is in ServiceNow?
We extend your existing ITIL workflow rather than replacing it. WUC engineers create change records in your ServiceNow with our standard template; your CAB approves; we execute and attach evidence (commands run, configs changed, parts swapped) back to the ticket. From your auditor's view, ServiceNow is still the system of record — WUC just becomes one more change executor with documented controls.
What's the integration story with our existing monitoring (PRTG, SolarWinds, Datadog)?
We don't replace your monitoring — we integrate with it. Alerts forward to our NOC via webhook, SNMP trap, or syslog (whichever your tool supports). Our Performance Insights layer can sit alongside your existing tools as a multi-OEM aggregation view, but it's optional. Most customers keep their existing monitoring as primary and use ours as a multi-vendor intelligence overlay.
How does WUC NOC coordinate with our internal NOC during incidents?
Joint Slack/Teams channel during the pilot, with role boundaries defined upfront: WUC owns hardware/firmware/parts work, you own application/architecture/business decisions. For Sev-1 incidents, we run a documented bridge protocol (one bridge, defined roles, every 15-min status updates). For Sev-2 and below, ticket comments and the shared channel handle coordination. We've tuned this with operations teams that started skeptical and now run more relaxed on-calls.
What happens when an OEM TAC needs to be looped in — do we still have to call them?
No. WUC engineers hold direct TAC access for the major OEMs (Cisco, Dell, HPE, NetApp, IBM, Juniper, Arista, etc.) and engage them on your behalf. You never see the OEM portal during a ticket unless you specifically want to. We surface TAC case numbers and resolution detail in your ticketing system so the audit trail stays intact. For configurations under active OEM warranty, we coordinate so vendor warranty isn't disrupted by our involvement.
Schedule a 45-minute operational review.
Bring your last 30 days of P1/P2 ticket data. We'll walk through your actual incidents, surface the patterns, and tell you honestly whether a WUC pilot would move the needle.
Or email support@wuctechnologies.com