CIO / VP of IT
A defensible modernization decision, predictable costs, and one accountability line from architecture through operations.
Compute · Platforms we sell and architect
Servers &
Virtualization.
Compute used to be a hardware refresh. Now it is a licensing, consolidation and platform decision wearing a hardware refresh as a disguise. ModernOps assesses the estate you have, models the estate you actually need, then sources, builds, migrates and documents it. If you want, the same team runs it.
30-day onboarding
24/7 NOC
PA + AZ regions
Infrastructure Director
A resilient target architecture and a controlled migration path for hosts, hypervisors, HCI and everything they touch.
Virtualization Lead
Platform depth across VMware, Nutanix, Proxmox and Hyper-V, with compatibility validation, runbooks and a clean handoff.
IT Operations Lead
Ticket-driven changes, documented failover behavior, backup alignment and monitored health after go-live.
03The decision
Key design
considerations.
01 /
The subscription shift.
Per-core hypervisor licensing now rivals the hardware cost on small clusters. Refreshing servers without re-running the licensing math is how three-host shops end up paying enterprise rates.
02 /
You are probably overprovisioned.
Assessments routinely find clusters idling between 4 and 32 percent CPU. One multi-site estate averaged roughly 7 percent CPU and 35 percent memory. That headroom is budget: consolidation funds modernization.
03 /
Stay, switch or move out.
Right-size the VMware renewal, migrate to Proxmox or Hyper-V, adopt Nutanix HCI, or stop owning compute entirely. Each has a real cost curve. Most vendors will only show you one.
04 /
Refresh ratios changed.
Modern EPYC and Xeon cores consolidate five-year-old hosts at two to one or better, which cuts the hardware bill and the core count it drags behind it.
04What we architect
Reference
architectures.
Pattern 01
Subscription structuring, multi-year billing and core-count discipline for teams staying on VMware, plus in-place vSphere upgrades sequenced against hardware interoperability matrices with runbooks, rollback plans and post-change validation. One assessment modeled a 33 percent reduction in licensed cores, from roughly 864 to 576, while keeping CPU under 50 percent with N+1 intact. We sell a lot of VMware. We will also tell you when the renewal deserves a competing bid.
Pattern 02
Wave-based workload moves with tooling like Coriolis, target cluster builds on shared storage, backup integration, cutover validation and documented rollback. One current program covers roughly 190 production VMs at a large public research university’s offsite data center. And this is not theory we resell: ModernOps’ own platform runs on a multi-node Dell Proxmox VE cluster with shared all-NVMe Ceph storage, redundant cluster interconnects and replicated storage.
Pattern 03
All-flash node refreshes and license renewals for teams standardized on HCI simplicity, quoted and deployed as a repeat practice.
Pattern 04
Measured-utilization consolidation designs, like collapsing 64 VMs from six aging hosts onto four newer ones in a three-active plus N+1 pattern, paired with fixing the opposite problem at branch sites: replacing single-host locations with two-node HA so one failed server is an event, not an outage.
Pattern 05
UCS firmware and hypervisor versions upgraded as one coordinated change: interoperability validation, pre-change configuration backups, maintenance-mode host evacuation, sequential remediation and full-stack validation of networking, datastores, HA and DRS.
Pattern 06
Steady-state workloads on owned infrastructure, elastic and exploratory demand in Azure or AWS, with orchestration tooling like Rafay and Azure Arc keeping governance in one place. Architected and quoted for teams that want one operating model, not two. GPU and HPC designs live on the AI & Accelerated Compute page.
05The platforms
Supported
platforms.
PowerEdge R-series specified, procured and deployed as the standard mid-market virtualization host: current-generation trios and quads paired with shared storage and collapsed-core networking. Refresh cycles, OEM or third-party support strategies, and the same hardware family ModernOps runs its own production Proxmox platform on.
ProLiant consolidation targets designed from measured utilization, including reuse of healthy existing HPE hosts as DR capacity instead of writing them off. We specify, procure and design around ProLiant; Aruba networking depth lives on the Data Center Networking page.
Blade and rack UCS estates carried through firmware lifecycles in lockstep with the hypervisor, plus refurbished-node capacity adds where the economics beat new. The pattern most resellers skip because it is service-heavy. That is exactly why we keep it.
VVF and VCF subscription structuring, multi-year billing, renewals at real scale, and in-place vSphere upgrade services. Positioned honestly: staying can be the right answer, and we model the exit anyway so the renewal negotiates like it has competition. The long-form argument: Field Note 01, The 3-Host VMware Trap, and the Tech Talk, The VMware Exit Strategy.
All-flash refreshes, license renewals and HCI designs for teams that want the cluster to be the product.
Licensing, subscriptions, wave-based migrations and cluster builds on Proxmox VE with Ceph. ModernOps runs its own hosted platform on Proxmox, so the team quoting your migration operates this stack every day. Nobody selling you Proxmox should be learning it on your cluster.
The natural landing zone for Microsoft-standardized shops, tied to the CSP and Software Assurance licensing practice.
PlatformCloud and hybrid
Azure and AWS compute for elastic, short-lived or unpredictable demand, with Azure Arc and Rafay-class orchestration for single-pane governance. The documented rule: cloud for burst, owned infrastructure for sustained utilization where the long-term unit cost wins.
Also on the line card
Scale Computing, Red Hat, Stratus, Omnissa.
06The old model vs ModernOps
The ModernOps
difference.
| Dimension | The old model | ModernOps |
|---|---|---|
| Architecture | Refresh the incumbent stack, vendor by vendor | Assess workloads, then design physical, virtual, HCI, cloud or accelerated as one system |
| Capacity | Sized from old purchase counts and peak anecdotes | Sized from measured CPU, memory, growth and failure-domain math, with defined headroom |
| Vendor choice | Follows incumbency or the reseller’s quota | Dell, HPE, Cisco, VMware, Nutanix, Proxmox, Hyper-V, Azure and AWS selected on fit |
| Change risk | Firmware, hypervisor and backup upgraded as separate projects | One runbook, one rollback plan, one validation pass across the stack |
| Migration | Manual moves and tribal knowledge | Assessed waves, replication, controlled cutover, owner validation, documented rollback |
| Lifecycle | Reseller ships boxes, your team inherits the integration | One line of accountability from architecture through optional 24/7 operations |
07The first 30 days
The first
30 days.
| Phase | What happens | What you hold at the end |
|---|---|---|
| Assess and decide · Days 0 to 10 | Inventory hosts, VMs, hypervisors, dependencies, backup coverage, lifecycle, utilization and licensing. Identify consolidation, refresh, migration and hybrid options. | A current-state baseline, risk findings, capacity math and a shortlist of viable target architectures. Not a premature quote. |
| Design and implement · Days 10 to 24 | Finalize the reference architecture, validate compatibility, register and source the bill of materials, build or upgrade hosts and clusters, prepare migration and rollback runbooks. | A tested path to production with visible checkpoints and documented dependencies. |
| Validate and optimize · Days 24 to 30 | Validate cluster health, HA and failover, networking, datastores, backup coverage and monitoring. Deliver as-built documentation and the next-wave roadmap. | An operable platform baseline and a prioritized plan, with the option to continue into migration waves or managed operations. |
Scope control
The foundation lands in the first month. Large migrations then run in planned waves on their own timeline, because a 190-VM cutover is a program, not a sprint.
08Two paths, one team
Engagement
models.
We price both, side by side, because we sell the hardware and we run the hosted platform. And the boundary is explicit: this page is the architect, source, deploy and migrate motion. Ongoing operations, monitoring, patching and lifecycle live in Server Management, whether we sold the environment or inherited it.
09Proof
Proven
results.
33 percent fewer licensed cores.
One assessment modeled a drop from roughly 864 to 576 VMware cores while keeping CPU under 50 percent with N+1 intact.
190 production VMs, one migration program.
A wave-based VMware to Proxmox program for a large public research university’s offsite data center, from cluster build through cutover validation.
We run what we recommend.
ModernOps’ own platform: a multi-node Dell cluster on Proxmox VE with shared all-NVMe Ceph, redundant cluster interconnects and replicated storage.
Field Notes · No. 01 · One argument, long form
The 3-Host VMware Trap
Read the field note →
Tech Talk · No. 02 · Working session
The VMware Exit Strategy
10FAQ
Frequently asked
questions.
01 /Should we stay on VMware or leave?
Sometimes staying is right. We model utilization, licensing, migration effort and operational fit both ways, then show the five-year math. Either answer is fine; guessing is not.
02 /Can you upgrade VMware instead of replacing it?
Yes. In-place vSphere upgrades sequenced against hardware compatibility matrices, with configuration backups, host-by-host remediation, rollback plans and full validation.
03 /Can you migrate VMware workloads to Proxmox?
Yes. Wave-based migrations using tooling like Coriolis: target cluster build, storage integration, per-wave cutover validation and documented rollback. One current program covers roughly 190 production VMs.
04 /Do you run Proxmox yourselves?
Yes. Our own platform is a multi-node Dell Proxmox VE cluster with shared all-NVMe Ceph storage, redundant cluster interconnects and replicated storage. We operate what we quote.
05 /How do you decide how many hosts we need?
Measured CPU and memory, growth, N+1 or better failure math, licensing impact and maintenance behavior. Not last cycle’s purchase order. Assessments often find estates running under a third of their capacity.
06 /Can you reuse our existing hardware?
When health, support status and compatibility justify it, yes. A common pattern: newer hosts take production, healthy existing hosts become the DR cluster.
07 /Will you manage an environment you did not sell?
Yes. Monitoring, patching, lifecycle and change support apply to inherited environments the same as ones we deployed.
08 /Do you support Hyper-V?
Yes, especially for Microsoft-standardized shops, alongside the CSP and licensing practice.
09 /When does cloud beat on-prem for compute?
Cloud wins for elastic, exploratory and short-lived demand. Owned infrastructure wins for sustained, predictable workloads where utilization drives the unit cost down. Most estates need a deliberate mix.
10 /What do we actually receive?
Reference architecture, inventories, topology and failover documentation, compatibility assessment, migration and rollback runbooks, validation results, as-built notes, lifecycle plan and licensing recommendations. Hardware shows up documented, not just delivered.
11Direct to an engineer
Tell us about
your cluster.
Hosts, hypervisor, renewal state: whatever you have. We will model consolidation and platform options against it.