Private cloud 2.0: How businesses can achieve cloud-like operations without lock-in

Private cloud is going through something of a renaissance as enterprises look to ramp up investment, bolster defenses, and meet evolving AI workload requirements.

Figures from IDC’s 2026 Cloud FutureScape report highlight a resurgence in private cloud investment. Nearly half (40%) of large enterprises are expected to adopt private cloud specifically for AI workloads by 2028, for example.

In the early days of public cloud, private cloud was sometimes viewed as rigid and outdated, but that’s no longer the case. Modern on-premises offerings now boast the same flexibility and scalability as public cloud.

Private cloud also offers enterprises marked benefits from a regulatory compliance and cybersecurity perspective: it’s designed around a single organization and not shared with other tenants. This makes it ideal for those operating in highly regulated industries or those adhering to strict regulatory and data residency requirements.

Modern private infrastructure

There are two common reasons enterprises may want to modernize their private cloud. For some, they’re operating with older hardware that no longer meets the task when it comes to modern workloads, necessitating an overhaul.

Others face increasingly stringent regulatory requirements, which means secure private cloud infrastructure is vital for security and data protection.

Whatever the driving factor, IT leaders have several key considerations to take into account when embarking on a private cloud overhaul project. Cost, efficiency, performance, and flexibility are all key factors when building on on-premises hardware.

Choosing what type of hardware architecture to use for a private cloud is also a common and recurring issue. To date, enterprises have typically encountered two distinct frameworks in this regard: Three-tier architectures and hyperconverged infrastructure (HCI).

Three-tier architectures can prove troublesome due to the complexity of deployments and long-term management. HCI, meanwhile, offers a more streamlined, simple approach but IT leaders often find themselves locked into rigid setups and configurations.

Neither of these options are ideal for enterprises facing a rapidly-evolving business landscape dominated by growing workloads and emerging technology. That’s why choosing the right provider is critical.

Dell Private Cloud addresses these challenges directly by employing a disaggregated infrastructure design. Put simply, this is a combination of both architectures, underpinned by complementary software, to simplify deployment and management.

“Disaggregated infrastructure benefits from both the flexibility that 3-tier architecture offers and the seamless automation and easy management with minimal specialized skills that typical hyperconverged infrastructure enjoys,” Dell says in a tech book.

“By leveraging the strengths of each architecture, disaggregated infrastructure empowers IT organizations to achieve both flexibility and simplicity without compromise.”

No more lock-in

Another key advantage of this disaggregated approach is freedom from vendor lock-in. Dell Private Cloud follows a bring-your-own-license model: enterprises bring their preferred third-party cloud OS licenses — VMware, Red Hat, Nutanix, or Azure Local — through their own channels and run them on trusted Dell hardware, while continuing to work in familiar consoles like vCenter, OpenShift web console, Nutanix Prism, and Azure portal. When needs change, the same hardware and Dell Private Cloud subscription can be repurposed for a different ecosystem — no rip-and-replace.

“This freedom ensures ultimate control over your infrastructure without vendor lock-in,” the company says.

Automating deployment and management

Simplicity is a key focus with Dell Private Cloud, and automation plays a vital role in enabling this. Underpinning the solution is the Dell Automation Platform, which the company describes as a “control plane for all the Dell infrastructure assets used to deploy a cluster”.

This means users can deploy, manage, and maintain infrastructure through a single, centralized portal, improving ease of use, reducing manual toil, and automating lifecycle management – all common pain points enterprises have previously faced with private cloud infrastructure. Crucially, that automation reaches below the hypervisor — handling the server discovery, firmware and driver alignment, validation, and decommissioning work that has traditionally been manual, error-prone, and where private cloud projects most often get stuck.

In fact, Prowess Consulting found Dell Private Cloud can reduce Day-2 operational time by up to 66% compared with a traditional three-tier architecture.

A blueprint to success

A key differentiator with Dell Private Cloud lies in the use of Dell validated blueprints.

These enable IT teams to automate deployment and management processes that have typically been a challenging task, such as cluster deployments and expansion, or node reclamation and restoration.

“Each blueprint defines a series of configuration steps that must be performed to achieve the desired outcome,” the company explains.

“Depending on the operation, the blueprint may include defining the hardware components needed, the hardware configuration type required, and the software required to complete the operation.”

Blueprints are also available for Dell software partners, including VMware vSphere, Red Hat OpenShift, and Nutanix AHV, and Microsoft Azure Local. And because they are decoupled from any single stack, the same validated hardware can later be repurposed to move between ecosystems rather than re-bought.

All told, these blueprints allow users to provision private cloud stacks in 90% fewer steps compared to manual processes. Testing by Dell also found users can deliver workload-ready clusters in as little as 2.5 hours with “zero manual effort”.

Intelligent scaling

Dell Private Cloud leverages a disaggregated architecture, which means scalability is far more efficient.

With HCI, compute and storage are bundled into the same nodes, so scaling one means paying for the other — forcing over-provisioning and leaving capacity stranded. Compute, storage, and networking are scaled independently, helping optimize and expand capacity based on need.

All told, this enables enterprises to deliver up to 65% lower costs compared to traditional HCI architectures.

If you’d like to learn more about Dell Private Cloud and how it can help your business scale on-premises infrastructure efficiently and effectively, click here.