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Ask Google AIImagine trying to run one business from five different offices, each with its own filing system, security rules, and tHybrid Cloud Management: Six Capabilities To Look Forelephone network. How would you implement a new company policy? How would you find an important document?
That’s roughly the challenge enterprises face when IT infrastructure spreads from on-premises to private cloud and public cloud platforms. Each one may be well managed on its own. Running the whole thing is much harder.
Hybrid cloud lets enterprises place each workload where it fits best. Sensitive applications can stay on-premises or in a private cloud, while public clouds can add capacity or support cloud-native services. Sensitive applications can stay on-premises or in a private cloud, while public clouds can add capacity or support cloud-native services. When you need to strike a balance between performance, compliance, data residency, and cost, an adaptable infrastructure frees you to deal with rapid change.
The tradeoff is more moving parts. Hybrid cloud environments tend to build-up incrementally over time, with tools and services added on as needs change. You end up with a patchwork of platforms, policies, and processes.
Hybrid cloud management can help. By creating a consistent operational model across environments, IT teams gain control and flexibility to manage workloads wherever they run.
As enterprises reassess their VMware alternatives, there is an opportunity to operate a collection of environments as a coherent whole.
What Is Hybrid Cloud Management?
A Harvard Business Review survey of 300 cloud decision makers found that 85% operated a hybrid cloud environment, yet only 21% believed their cloud vendors provide all the necessary tools and processes to manage them.
More than 30% of respondents cited a lack of end-to-end visibility across their technology environment as a challenge created by increased cloud adoption. The same research found that 34% struggled to integrate cloud services and data.
Hybrid cloud management is the practice of managing infrastructure, workloads, policies, and resources across on-premises, private cloud, and public cloud environments through a consistent operational framework.
In practical terms, that means giving IT teams a single ‘pane of glass’ to see where workloads are running, how resources are being used, and what it all costs. Ideally, teams can see where workloads run and how they connect, and can check which security, backup, and disaster recovery policies apply to them. It also covers the processes for provisioning workloads, managing their lifecycle, and moving them between environments when requirements change.
The management challenge is to keep multiple environments in operational alignment. Without a consistent management layer, teams end up with several environments running separate systems, rather than a coherent machine with numerous cogs, interlocked and working in harmony. Hybrid cloud management aims to close the gap.
Five Core Challenges of Hybrid Cloud Management
As infrastructure spreads across on-premises systems, private clouds, and public cloud platforms, five problems tend to surface quickly
1. Visibility Gets Fragmented
IT teams need to know what is running, and where. In a fragmented environment, it's harder to see the full picture. Teams may know that an application is healthy, for example, without having an equally clear view of the resources it consumes, the infrastructure supporting it, or the dependencies connecting it to other systems.
2. Security Policies Don't Travel Well
When workloads have to cross infrastructure boundaries, securing them gets harder. Different environments can have different security controls, configurations, and policy mechanisms. A rule that was simple to enforce on-premises may need a different approach in a public cloud. The result can be inconsistent governance and more manual work.
3. Networking Becomes a Management Problem
Hybrid workloads are constrained by their connections. An application may need to communicate between the data center, a private cloud, and public cloud services. Factor in management considerations like network segmentation, routing, security controls, and changing locations; network management can quickly become a bottleneck.
4. Cloud Spending Becomes Harder to See
Hybrid infrastructure can also break the economics of an enterprise IT strategy. Resources often sit across different environments, teams, and pricing models. Without a consolidated view, it’s harder to understand what infrastructure is being consumed and whether resources are being used efficiently.
5. Moving Workloads Gets Complicated
Hybrid cloud promises flexibility partly because workloads can run in different environments. In practice, moving them can be considerably more complicated. Business requirements change. New applications may have higher performance requirements.
All of these issues can create operational hardships, but they are closely connected.
- Limited visibility can make cost control harder.
- Network complexity can complicate workload migration.
- Inconsistent policies can create security gaps.
A mature hybrid cloud management approach therefore needs to make workload mobility practical without introducing unnecessary disruption or manual reconfiguration.
VMware Disruption and Hybrid Cloud Management
For years, VMware was the default choice for enterprise virtualization. Data center teams could rely on it to run more workloads on the same servers and build increasingly flexible private clouds.
Then Broadcom bought VMware and its commercial model shifted from perpetual licenses toward subscription bundles built around VMware Cloud Foundation. For many firms, infrastructure strategy leapt back on to the agenda.
Enterprises re-thinking their virtualization stack want fewer operational silos and a management model that can reach beyond a single platform. That means evaluating VMware alternatives on questions of utility and flexibility:
- Can teams manage more of the infrastructure from one place? A fragmented stack can turn routine administration into a tour of management consoles.
- Does networking fit into the same operating model? Connectivity, segmentation and security should not become separate projects every time a workload moves.
- How easily can workloads move? Migration becomes harder when every move requires manual changes to infrastructure, networking, and policies.
- Can teams operate consistently across environments? Monitoring, governance, security, and data protection should work together rather than creating another set of silos.
- Is there a realistic migration path? An alternative needs to reduce disruption rather than simply replace one dependency with another.
The opportunity extends beyond choosing a new hypervisor. It’s a chance to build a coherent management architecture that increases the value of disconnected systems.
Key Capabilities of an Effective Hybrid Cloud Management Platform
A hybrid cloud management platform should enhance control over the variables that make hybrid environments hard to operate, namely resources, workloads, networks, policies, and data. Six capabilities stand out.
Hybrid Cloud Management: Six Capabilities To Look For
| Capability | What It Should Enable |
| Unified infrastructure visibility | See workloads, resources, capacity and infrastructure health across environments from a consistent management layer |
| Policy-based workload placement | Decide where workloads should run based on performance, security, compliance, capacity and cost requirements |
| Integrated network management | Manage connectivity, routing, segmentation and network security alongside compute and storage |
| Self-service provisioning | Deploy, configure, scale and retire workloads through predefined templates and policies |
| Cost and resource visibility | Understand resource consumption, identify underutilized infrastructure and make better allocation decisions |
| Integrated data protection | Monitor backup coverage, recovery requirements and protection policies across workloads and environments |
1. Unified Infrastructure Visibility
A useful platform provides a consolidated view of the whole estate, from compute to storage, virtual machines, workloads, resource utilization, and infrastructure health. Administrators can see available capacity and investigate problems without jumping back and forth. The same management layer should provision resources and manage workload lifecycles.
2. Policy-Based Workload Placement
Hybrid cloud management should help teams make systematic choices about where workloads run. That means setting policies around factors such as performance, capacity, security, compliance, data location, and cost. Workload location stops being a series of ad hoc infrastructure decisions and becomes a governed process.
3. Integrated Network Management
Networking can quickly become the glue that holds a hybrid environment together, or the thing that slows it down. A good platform should manage connectivity and routing from a consistent interface. When an application spans multiple environments, teams should be able to adjust its network dependencies without coordinating changes across a collection of separate tools.
4. Self-Service Provisioning and Lifecycle Management
Getting a new workload up and running in a hybrid environment involves multiple steps and different systems. Self-service provisioning simplifies that process. Instead of asking administrators to build every workload manually, teams can use predefined templates or policies to request and deploy resources themselves.
5. Cost Visibility and Resource Optimization
Multiple environments make it harder to see the full cost of what you are using. A workload might consume compute in one environment, storage in another, and additional cloud services somewhere else. A hybrid cloud management platform should therefore provide clear visibility into resource consumption and impact on budget.
6. Integrated Data Protection
Protecting data is also more difficult when workloads are spread across environments. Administrators gain a clear view of how workloads are protected, wherever they run. That means knowing if protection policies are being applied and recovery requirements are being met. The platform should also work with the organization's wider backup, recovery, and disaster recovery strategy.
How Sangfor SCP Delivers Hybrid Cloud Management
Hybrid clouds can give enterprises plenty of flexibility. They can also leave IT teams juggling a disconnected assortment of consoles and processes.
Sangfor Cloud Platform (SCP) is designed to bring those pieces back together. It provides a centralized management layer across Sangfor HCI, VMware environments, and physical servers, while the underlying HCI architecture brings compute, storage, networking, and security into one software-defined stack.
Fewer silos, fewer management headaches, and a more consistent way to run infrastructure across environments.
One Management Layer for Heterogeneous Infrastructure
SCP provides a management layer that can bring visibility to Sangfor HCI clusters, VMware vCenter clusters, and physical hosts. Optional integration with AWS public-cloud resources and multi-site infrastructure management (subject to licensing and deployment configuration), round out the offer.
Provision Resources Without Creating a New Project
SCP’s self-service model allows administrators to establish tenants, quotas, users, and approval workflows. Users can request resources through a self-service portal, while administrators retain control over what can be provisioned and where. SCP also provides usage and cost reporting, with resource consumption tracked for billing and reporting purposes.
Bring Networking into the Same Architecture
Networking is embedded in the Sangfor HCI stack through aNET, which provides network virtualization alongside compute and storage. Security is built into the same stack through aSEC, which provides micro-segmentation and east-west traffic control without the need to invest in a separate security solution.
A Practical Route from VMware
For organizations reassessing VMware, Sangfor offers a phased migration path. Sangfor's Cloud Migration Tool supports agentless and agent-based migration, while SCP includes functionality for adding VMware environments and managing migration tasks. Sangfor also supports VMware-to-Sangfor migration planning, execution, verification, and rollback workflows.
Keep Data Protection in the Picture
Investing in a new infrastructure platform shouldn’t create a new data protection silo. Sangfor is integrated with established enterprise backup platforms including Cohesity and Veeam, allowing organizations to maintain established business continuity workflows.
Taken together, SCP and the Sangfor HCI architecture cover infrastructure visibility, tenant-based self-service provisioning, integrated networking and security, VMware workload migration, and data protection partnerships.
Together, these capabilities let IT teams treat what used to be separate environments as a single, governed system.
A Roadmap for Modern Hybrid Cloud Management
Before adding another management platform or moving another workload, enterprises need a clear picture of what they already have and how those environments can be operated as one. A practical roadmap can help turn that complexity into a manageable sequence of decisions.
1. Start With Visibility
Set a baseline by inventorying workloads, applications, dependencies, and network connections. Teams need to understand how workloads consume resources, what they depend on, where data resides, and which operational processes currently span multiple systems.
2. Decide Where Workloads Should Run
Hybrid cloud gives enterprises more choices about workload placement, but choices need rules. Set requirements for performance, data residency, security, compliance, capacity, availability, and cost. Some workloads may belong on dedicated on-premises infrastructure. Others may make more sense in a private cloud or public cloud environment.
3. Standardize The Management Layer
Once the environment is mapped and workload policies are established, look at how teams actually operate it.
Identify the provisioning processes and operational workflows already in use. Where possible, consolidate routine infrastructure management around a consistent operational layer. The goal is to reduce the number of places administrators need to work and create a more consistent way to manage infrastructure across environments.
4. Bring Networking into the Same Operating Model
Review routing, segmentation, connectivity, network security, and the dependencies between workloads and infrastructure. Then look for opportunities to manage those functions through the same operational model used for compute and storage. Network dependencies should be understood and managed as part of the workload.
5. Establish Consistent Data Protection
Map how workloads are protected across each environment today, and identify gaps. Then establish consistent policies for workloads based on their business requirements. A centralized view can make it easier to understand whether workloads are protected as expected and where recovery processes need attention.
6. Measure, Review, And Refine
Once the core management layer is in place, set out a recurring process for reviewing resource utilization and operational performance. The data from those reviews can then inform decisions about capacity planning and future infrastructure investment. Aim for a hybrid environment that can adapt without becoming harder to manage each time something changes.
Bring Hybrid Cloud Under Control
Hybrid clouds are unlikely to get simpler. AI workloads add a new layer of demand, from GPU-backed compute to the need for infrastructure that can scale without re-architecting the environment each time. A hybrid cloud management layer that already delivers visibility and control across environments is better positioned to absorb these new AI-driven requirements – without adding yet another management silo.
The answer is a management model that brings environments together without taking away the flexibility that made hybrid cloud attractive in the first place.
Sangfor Cloud Platform gives enterprises a way to centralize infrastructure management across environments while bringing compute, storage, networking, and security into a more consistent operating model.
If your infrastructure feels like a collection of separate systems, it may be time to consider a more unified approach.
Hybrid Cloud Management FAQs
Hybrid cloud management is the practice of managing IT infrastructure across on-premises, private cloud, and public cloud environments using one management system. It gives IT teams a consolidated view of infrastructure and takes much of the complexity out of provisioning, workload placement, networking, security, resource utilization, cost, backup, and recovery.
Hybrid cloud combines different infrastructure models, typically on-premises or private cloud with one or more public cloud environments. Multi-cloud refers to the use of multiple cloud providers. An enterprise can have a multi-cloud strategy without running a hybrid environment, or use both approaches at the same time.
The main challenges are fragmented visibility, inconsistent security policies, networking complexity, workload mobility, resource and cost management, and data protection. Each environment may have its own management tools and operational processes. Without a consistent management layer, teams can end up managing each environment separately.
A useful hybrid cloud management platform should offer unified infrastructure visibility, policy-based workload placement, integrated network management, self-service provisioning and lifecycle management, cost and resource visibility, and integrated data protection.
The right capabilities will depend on the organization's infrastructure, workload requirements, compliance obligations, and operating model.
Hybrid cloud management tools help IT teams monitor, provision, configure, govern, and manage resources across multiple infrastructure environments. Some tools focus on specific areas such as monitoring, cost management, networking, or security. A broader hybrid cloud management platform can bring these functions together.
It can. For organizations reassessing their virtualization infrastructure, hybrid cloud management provides an opportunity to consider how IT operations will work together after a VMware transition. The management layer should therefore be part of the migration discussion, rather than treated as a separate decision after the hypervisor has been replaced.
