24/7 emergency engineering for server outages, VMware failures, RAID collapses, and colocation incidents across Ashburn, Reston, Sterling, Herndon, Chantilly, and the full Dulles tech corridor.
A 24/7 emergency engineering desk for production infrastructure incidents in Northern Virginia — VMware clusters, RAID arrays, SAN/NAS storage, hypervisors, AD/DNS, core network, and colocation hardware. Senior engineers answer the phone, run the bridge, and dispatch to the cage. There is no tier-1 filter and no ticket queue behind sales.
Vendor support is essential for code-level bugs and warranty work, but it is not designed to put a human in your Equinix DC11 cage at 02:14 with the right HBA, the right firmware, and the authority to act. That gap — between vendor case-management and your own staff — is where production outages get extended from minutes to days. We close it.
One number, live engineer pickup in under 60 seconds. The engineer joins your bridge while a second engineer rolls from Ashburn staging with the relevant parts cart. Remote diagnosis and physical dispatch happen in parallel, not in sequence. Every action is timestamped and photo-documented for your post-incident review and change records.
Not a help desk. Not a managed services provider competing with your internal team. Not a courier service. Not a sales funnel — there is no SDR between you and the engineer on call. We bill by the incident or by retainer, and we work alongside your existing IT and your vendor relationships.
PSOD, vCenter failure, HA cluster collapse, vSAN degraded.
Multi-disk failure, controller crash, degraded arrays on Dell, HPE, Synology, QNAP.
On-site dispatch to Equinix, Digital Realty, CoreSite, QTS within 60 minutes.
Hyper-V, Proxmox, ESXi recovery and VM extraction.
Domain controller failure, replication breaks, DNS resolution incidents.
Containment, network segmentation, Veeam restore orchestration.
Cisco, Juniper, Fortinet replacement and config recovery.
Mail flow outage, transport queue, hybrid connector failures.
The single most useful question in the first 60 seconds of an incident: how much damage can this still do, and how recoverable is it right now? Use this matrix to classify before you pick up the phone. It eliminates the most common dispatch error — under-paging a degraded system that is one fault away from full outage.
| Tier | Definition | Field Signals | Response |
|---|---|---|---|
| SEV-1 | Production down, business impact active | Site/app offline, customer-facing failure, revenue or safety impact | Immediate dispatch · remote engineer in < 5 min |
| SEV-2 | Degraded, redundancy lost, recoverable | One host down with HA running, single PSU dead, one storage path lost | Engineer engagement < 15 min · on-site if hardware suspected |
| SEV-3 | Recovering or recoverable without urgency | vSAN resync in progress, backup window missed, predictive failure alerts | Scheduled engagement, monitored remotely |
| SEV-4 | Advisory · planned · audit | Certificate expiry, firmware lag, decommission, asset inventory | Maintenance-window planning, scheduled visit |
Eight items. Having them staged before the call cuts initial triage time roughly in half and lets the on-call engineer start real diagnostic work the moment the bridge opens. None of this requires special tooling — most of it is a Slack scrollback away.
Engineers staged within minutes of Equinix DC1–DC15, Digital Realty IAD, CoreSite VA1–VA3, QTS Ashburn, and Iron Mountain VA-1.
Data Center Alley is not a generic metro. It is the densest concentration of enterprise compute on earth, and every cluster of buildings has its own operational personality. Here is what changes by sector.
Equinix DC1–DC15, Digital Realty IAD, QTS Ashburn, Iron Mountain VA-1, Sabey, EdgeConneX. Highest density of enterprise hyperscale tenants in the world. Badge processes, dock hours, and escort rules differ per facility — that operational knowledge is the response-time difference between 30 minutes and 90.
CoreSite VA1–VA3 anchor the corridor. Large managed-services tenants and enterprise NOCs dominate the cage profile. Dulles Toll Road and Fairfax County Parkway drive time predictability is the controlling variable for response windows.
Cyxtera, Sabey Sterling, Iron Mountain. Federal contractor environments, SCIF-adjacent operations, and stricter visitor handling. Engineer clearances and parts handling differ from commercial colocation; we plan for it.
Headquarters infrastructure, hospital networks, school district cores, regional bank branches. Less colocation, more on-premises and closet-mounted infrastructure with the same uptime expectations and far less in-house engineering depth.
Live engineer answers in under 60 seconds. Incident ticket opened immediately.
Senior tier-3 engineer assesses scope, severity, and impact radius on the line.
Smart hands rolling within 15 minutes to Ashburn, Sterling, Reston, or Chantilly.
On-site execution, parallel remote engineering, real-time updates to your team.
Patterns we see repeatedly on inbound incidents. Avoiding any single one of these measurably improves recoverability — most of them cost nothing but a 10-second pause before clicking.
Core dumps, vmkernel logs, controller event buffers, and crash traces are commonly overwritten on boot. The single most common reason a root cause is unrecoverable.
The warning is the controller asking permission to keep your data. Clicking initialize destroys array metadata in seconds. We see this monthly.
HA is restarting VMs because they failed. Disabling it converts a known failover problem into an undetected outage.
If the rebuild fails on a second URE, the only path back is from images of the surviving disks. Pulling first removes that path.
If the battery is degraded, the power cycle is the data-loss event — not the original fault.
Reseating a card on a live host can drop a path or fail over storage unpredictably. Console first, hands second.
Engineers are staged within 10 minutes of Equinix DC campuses. Typical on-site arrival is under 45 minutes; smart hands inside Digital Realty IAD and CoreSite VA1–VA3 are routinely under 30 minutes.
Yes. 24/7/365. There is no separate after-hours line — every call lands directly on a senior infrastructure engineer.
VMware vSphere/vSAN, Microsoft Hyper-V, Proxmox, Cisco/Juniper/Fortinet, Dell EMC, NetApp, Synology, QNAP, Veeam, Active Directory, Exchange, and Microsoft 365 hybrid.
Yes. We carry replacement spindles for common Dell, HPE, and Synology SKUs and can begin controlled rebuilds the same evening across Northern Virginia.
Affected system identifier, facility/cage/rack, the exact error or alert text, the last known good state, what changed in the previous 24 hours, current backup posture, and the names of any authorized decision-makers on your side. The pre-call checklist on each service page lists the full set.
Always with them. The on-call engineer joins your bridge as an extension of your operations team, defers to your change process where time permits, and documents every action with timestamps so your team can pick up post-incident.
By blast radius and recoverability — not by how loud the monitoring alert is. A single down VM with a healthy backup is SEV-3. A degraded vSAN that has not yet caused user impact but cannot survive a second host loss is SEV-1. The severity matrix on each service page describes the criteria.
Yes. Mutual NDA on first engagement, CAB-aligned change tickets for non-emergency work, and emergency change authority with retroactive documentation for SEV-1/2. SOC 2 aligned controls and chain-of-custody documentation for regulated environments.
One number. Senior engineer on the line. Truck rolling. No tickets queued behind sales.
+1 (703) 343-9850