NOC staffed 24 hours a day, every day of the year.
Managed hypervisors, HCI clusters, virtual machines, and Windows/Linux operating systems, with documented inventory, LogicMonitor health monitoring, ticket-driven VM operations, OS patching with rollback, and capacity planning.
Server Management Services is a managed operating model for the compute infrastructure a business runs on: physical hosts, hypervisors, hyperconverged clusters, virtual machines, and Windows/Linux operating systems. The scope is infrastructure-layer operations: availability, performance, capacity, change control, monitoring and patching.
ModernOps operationalizes server management through remote access via web consoles, RDP/SSH, or IPMI/iDRAC/iLO; LogicMonitor monitoring; ticket-based VM provisioning, resizing, snapshot, and migration requests; platform patching and upgrade planning; capacity planning; right-sizing advisory; and a Server & Virtualization Baseline Document delivered during onboarding.
Application-layer support is scoped separately when required, since SMS covers the infrastructure layer only. Provisioning, changes and snapshots run through ticketing, which gives every change a record and an approver.
Onboarding is documented: server/host inventory captured (make, model, CPU, RAM, storage, OS version, role), VM inventory captured (name, OS, vCPU, RAM, disk, purpose, backup status), cluster topology documented, hosts and VMs onboarded into LogicMonitor, backup coverage validated, and the VM provisioning/change request process defined.
Operations move toward standardized builds, monitoring, and governed change. The SOC 2 report describes a standardized process for new server and infrastructure device builds, a Patch Management Policy, proactive monitoring, and Change Control Board review for production changes.
Four roles usually take part in a server operations decision, and each one gets documented coverage and a defined operating model.
These are the frustrations we hear most often in a first call, with the commitment that answers each one written into the SOW.
Inventory, ticketed operations and capacity reviews run on a published cadence with named owners, so the baseline documented at onboarding stays current.
The same estate, before and after onboarding.
Spreadsheet inventories, inconsistent hypervisor administration, console-driven VM changes, unclear backup coverage, monthly patch fire drills and limited capacity forecasting. Cluster topology is documented nowhere, and application teams page the systems team for VM resizes in the middle of incidents.
Health monitoring, patch planning, capacity forecasting, right-sizing, backup coverage validation, cluster documentation, escalation paths, and monthly/quarterly capacity reviews, all built into the recurring service. Server & Virtualization Baseline Document delivered during onboarding.
The hosts, hypervisors and VMs stay the same. Seven points where the operating work shifts to ModernOps.
| Dimension | Legacy approach | ModernOps with SMS |
|---|---|---|
| Inventory | Spreadsheets and stale exports. | Host and VM inventory captured during onboarding. |
| Virtualization ops | Ad hoc admin per platform. | Managed across VMware, Proxmox VE, Hyper-V, Nutanix, HCI. |
| VM change workflow | Chat, email, console changes. | Ticket-driven provisioning, resizing, snapshots, migrations. |
| Monitoring | User-reported issues. | LogicMonitor for hosts and VMs with auto-incident. |
| Patching | Inconsistent, no rollback plan. | Defined scope, windows, pre/post checks, rollback, Patch Run Report. |
| Capacity planning | Reactive, surprises in production. | Trend analysis & forecasting, monthly/quarterly reviews. |
| Governance | Bypasses formal approval. | Testing, peer review, Change Control Board approval, post-change notification. |
Each outcome maps to a deliverable named in the SOW.
From a defined maintenance window to a Patch Run Report in your inbox, every cycle runs through the same five steps, with backup checks before the patch, validation after it, and a rollback path prepared in advance.
Severity-based response: High within 20 minutes, Medium within 4 hours, Low within 24 hours. Patching includes pre-patch backup or snapshot checks, post-patch service checks, reboot confirmation, rollback procedures, and a Patch Run Report after the first cycle.
Three racks rendered in isometric, with each unit blinking in steady state. A patch run sweeps top to bottom through one rack while a VM migrates between racks along an arcing trail.
Hypervisors, HCI clusters, operating systems, hardware, remote access methods, and patching tooling, all consolidated under a single managed service motion.
A representative view of hosts, VMs and clusters, in the format the monthly review meeting uses.
Productized SKUs, response targets, capacity cadence and representative MRR.
Three phases with fixed handoffs, ending with a Server & Virtualization Baseline Document and the patching schedule in place by day 30.
The operating choices that separate a managed server program from another break/fix relationship.
Service definition, SKUs, supported platforms, change and patching workflow, capacity reviews, and how SMS relates to Network and Storage Management.
ModernOps will review your physical hosts, hypervisors, HCI clusters, VM inventory, cluster topology, HA / failover behavior, monitoring coverage, patch posture, capacity headroom, and backup status, then map a practical path to a fully-operated server and virtualization estate.