Turn infrastructure capacity into predictable revenue.
The servers you already own can serve 40–60% more customers — without new hardware, cooling upgrades, or compromising performance. DensityOS coordinates workload timing to unlock the capacity already in your racks.
Your biggest asset is sitting idle.
Every customer has peaks — backup windows, traffic surges, batch processing. When those peaks collide across tenants, you either accept degraded performance or overprovision to handle simultaneous demand.
Industry research shows data-center servers average just 12–18% utilisation, with even well-managed active servers rarely exceeding 50%. The gap isn't capacity — it's coordination.
What if you could serve 40–60% more customers on the same hardware by coordinating when workloads access shared resources?
Source · Fortune · Aug 2025 — industry research on data-center utilisation rates.
When infrastructure costs rise faster than revenue.
Growth used to mean adding capacity. Today, it means maximising what you already have. Hardware lead times stretch weeks or months. Memory up over 50% YoY. Power costs doubling in major markets.
growth Order
hardware Wait · ship
· rack Deploy
· cool · test Serve
customers
growth Deploy
DensityOS Serve
+40–60%
The new equation. Serve more customers on the infrastructure you already operate — before the next budget cycle forces difficult choices.
Coordinate workloads. Multiply capacity.
Infrastructure contention isn't caused by lack of capacity — it's caused by uncoordinated timing. DensityOS coordinates when workloads access shared resources, not what they do.
Multiple workloads compete for the same CPU, memory, or I/O at microsecond precision. Performance is erratic. Customers escalate.
Microsecond timing offsets de-synchronise competing requests. The workload doesn't change — only when it runs changes.
No statistical oversubscription. No fingers-crossed hoping customers won't use their allocated resources. Just intelligent timing coordination at the infrastructure layer.
Real infrastructure. Measurable impact.
Numbers from benchmarked deployments. Same hardware, only the timing changed.
Capacity converts directly to billable customer slots. No hardware expansion required.
P95 latency collapses. Every customer experiences the platform the same way — including during peaks.
The cycles you bought hit billable work. Idle headroom converts to capacity you can sell.
Coordination handles contention before it becomes a ticket. Your platform team sees a quieter on-call.
Infrastructure-layer coordination. Application-layer transparency.
DensityOS sits where your hypervisor meets the operating system — coordinating resource access across all workloads on each host.
Deploy at the host level.
DensityOS operates where your hypervisor meets the operating system — coordinating resource-access timing across all workloads on each host.
- No code changes
- No application awareness required
- No new agents in your critical path
Coordinate resource timing.
Platform-agnostic coordination uses native OS primitives to govern when requests hit shared CPU, memory, and I/O — preventing contention before it impacts performance.
- Linux · Windows
- KVM · Proxmox · ESXi · Hyper-V
- Microsecond precision
Deliver predictable performance.
Every workload gets consistent access to resources. Higher density doesn't mean degraded experience — it means better coordination.
- Customers see reliability
- Platform team sees fewer tickets
- Sales sees more billable cores
Works with what you already run.
DensityOS slots into the stack you've already standardised on. No rip-and-replace. No parallel pipeline to maintain.
Hypervisor
Orchestrator
Telemetry stack
DensityOS sits below the orchestration layer and uses native OS primitives. It is platform-agnostic by design — if it runs on Linux or Windows, DensityOS coordinates it.
Validated examples · not a closed list
- KVM / QEMU
- Proxmox VE
- VMware ESXi
- Microsoft Hyper-V
- + any other
- Kubernetes
- OpenStack
- Bare-metal hosts
- + any other
- Prometheus
- Grafana
- Zabbix
- Datadog
- + any other
Enhance, don't replace.
See your potential in numbers.
Move the sliders. The model assumes baseline utilisation rises to 88% with DensityOS — the same threshold reported in our benchmarks.
Hosting capacity calculator
Capacity · AnnualisedModel uses 50% density uplift (mid-point of 40–60% range). Adjust expectations during your POC scoping call — actual uplift varies by workload mix and current contention profile.
Measure it on your own fleet.
A 30-day POC. Numbers from your infrastructure, not ours. No tenant-side changes. We work with a limited number of operators each quarter.
- Week 01 Deploy DensityOS on your cluster. Tenants see no change.
- Weeks 01–02 Baseline measurement, then active timing governance.
- Week 04 Throughput, failure rate, and density deltas — reported against your baseline.
Limited POC availability · 2026
Request POC →