Single-tenant servers with server-grade CPUs, NVMe storage, and dedicated network throughput. The right answer for the workloads where shared infrastructure costs more in performance than it saves in money.
We size the box to the workload, not the other way around. There's no fixed menu of three tiers to wedge your application into. You tell us what it has to do, we spec the CPU, memory, storage, and network to match, and then we run it as carefully as we'd run our own.
AMD EPYC and Intel Xeon platforms with ECC memory, chosen for core count or clock speed depending on whether your workload is parallel or latency-bound. Configured to your actual job, not a marketing tier that rounds you up.
Mirrored NVMe for the operating system and scale-up NVMe pools for data, with hot-swap bays where uptime demands them. The storage layer is built so a single drive failure is a swap, not an outage.
Single-tenant uplinks with predictable throughput and no neighbor contention to explain away. When the application's performance depends on the network, you get a pipe that's yours and bandwidth that doesn't fluctuate with someone else's backup job.
HIPAA, PCI DSS, and CMMC environments where shared-tenant infrastructure is a non-starter. Single-tenant hardware gives you the physical and logical separation auditors expect. See compliance for the framework mapping.
Spare components on hand and a defined replacement window for any failure, so a dead drive or power supply is measured in hours, not a parts order. The hardware risk that comes with owning a box is ours to carry, not yours.
Patching, monitoring, and backups on the same dashboard as the rest of your environment, run by server management. The box is single-tenant, but you still get the full operations team behind it.
The honest pitch for dedicated hardware is that most businesses don't need it. Virtual machines are cheaper, faster to provision, and easier to recover, and they handle the large majority of workloads without complaint. We'll tell you that before we sell you a server. Recommending bare metal where a VM would do is how a hosting bill quietly doubles for no performance gain.
A small set of workloads genuinely earn dedicated hardware: databases pushing very high IOPS, latency-sensitive trading or real-time systems where shared CPU jitter is unacceptable, render and compute farms that saturate every core, and the regulatory frameworks that simply require single-tenant compute. For those, the performance and the audit story both improve the moment you stop sharing. We provision the hardware to your specification, install it in our facility, monitor it alongside everything else, and replace failed components on a defined SLA. The box is yours; the operations are ours.
Standing up a dedicated server is a deliberate process, not a checkout flow. The goal is that the hardware matches the workload on day one and stays maintained for years after.
We profile the workload (CPU pattern, memory needs, IOPS, network throughput, compliance constraints) and design a build to fit. You see the configuration and the reasoning before anything is ordered.
The hardware is racked in our facility, installed with your operating system, hardened to a baseline, and connected to its dedicated uplink. Burn-in testing happens before your data ever touches it.
We migrate or stand up the workload, join the box to monitoring, configure backups, and document the runbook. For regulated environments, the controls and evidence are set up at the same time.
From there: patching in agreed windows, 24/7 monitoring, proactive component replacement before failure where we can predict it, and an SLA-backed swap when we can't. The hardware risk is ours.
Dedicated servers fit the narrow but real set of businesses whose workload has outgrown shared infrastructure or was never a fit for it. That's the practice or firm under HIPAA, PCI DSS, or CMMC whose auditor requires single-tenant compute. It's the company running a database whose query latency is the difference between a usable application and a frustrated one. It's the engineering or media team whose render and build jobs would saturate any shared host. And it's the organization that has tried the multi-tenant cloud and found the per-month cost of guaranteed performance is higher there than a dedicated box they keep for years. If you're not sure which side of the line you fall on, that's the most useful conversation to have, because the answer is often a VM, and we'd rather tell you that than sell you hardware you don't need. When dedicated genuinely is the answer, it pairs with hosted SQL Server for the database tier and secure backup for the recovery story underneath it.
When the workload needs guaranteed, single-tenant performance: very high disk I/O, latency that can't tolerate shared-CPU jitter, saturating compute jobs, or a compliance framework that requires dedicated hardware. For everything else, a virtual machine is cheaper and more flexible. We'll look at your numbers and tell you honestly which one fits, even when the answer is the cheaper one.
Yes. Single-tenant hardware gives you the physical and logical separation those frameworks expect, and we set up the access controls, logging, encryption, and evidence trails alongside the build rather than as an afterthought. The server becomes part of a defensible compliance posture, and we can map the controls to your specific framework so an audit has something to point at.
We keep spare parts on hand and replace failed components on a defined SLA, typically within hours, so the hardware risk of owning a box doesn't land on you. RAID and mirrored storage mean a single drive failure is a swap rather than an outage, and monitoring often flags a degrading component before it fails outright so we can schedule the replacement.
That's your call. Most clients have us fully manage it: patching, monitoring, backups, and a documented runbook on the same dashboard as the rest of their environment. If your team prefers to administer the operating system and applications, we can hand off that layer and keep the hardware, network, and facility side. We'll define exactly where the line sits up front.
The hardware lives in our facility with redundant power and cooling, connected through dedicated uplinks. Single-tenant location matters for both performance and compliance, and keeping the box in infrastructure we control means the same team that manages it can put hands on it when a component needs swapping. We can walk you through the facility specifics on a call.
Tell us about the workload (IOPS, RAM, network, compliance). We'll come back with two or three hardware quotes and a recommendation.
Or call us directly: 904-639-0003
Schedule a call →