Why hybrid clouds break and what to do about it

A hybrid cloud becomes difficult to manage when each environment has its own unique setup, security measures, monitoring tools, and pricing structure. Many organizations end up with hybrid setups due to a lack of planning, rather than a deliberate choice. This happens as companies adopt cloud-first strategies for new projects, maintain regulated workloads in their original locations, acquire businesses with their own infrastructure, and incorporate edge deployments from operational technology teams. Each layer in this setup brings its own tools, security protocols, and billing method.

The result is a hybrid cloud that, while appearing unified at first glance, is actually a collection of separate environments for provisioning, security, visibility, troubleshooting, and cost control. This fragmented approach causes the "hybrid" aspect to describe the owned components, rather than the operational method. To resolve this, a common operating model is needed.

This model allows teams to place workloads based on technical and business requirements, then manage provisioning, policies, visibility, and costs uniformly across all environments.

Workload-first means analyzing a workload's requirements such as its performance needs, the type of data it processes, the data's governance, the cost of downtime, and relevant regulations. This analysis determines the most suitable environment for the workload. For example, a high-throughput data platform may benefit from colocation in the public cloud, while sensitive workloads might be better suited to a private cloud.

Edge computing environments are ideal for tasks that cannot handle the latency of communication with the main data center.

In practice, this approach involves deliberate workload placement. Companies like HPE assist customers in assessing their hybrid environments, aligning workloads with the appropriate settings, and establishing a more uniform cloud management approach across distributed infrastructure. By applying a consistent operating model that includes a single set of tools for provisioning, security, observability, and cost management, a mixed estate can function effectively as a hybrid model.

The benefits extend beyond cost savings, although that is undoubtedly appealing. IT leaders gain the capability to position workloads where they are most appropriate, without encountering isolated management consoles each time. The future of hybrid cloud success lies in an intentional strategy that recognizes the individual characteristics of each workload while managing the entire system uniformly.