Which workloads are best suited for cloud repatriation?

Public cloud platforms such as Amazon Web Services (AWS), Microsoft Azure and Google Cloud remain essential parts of modern IT strategy. They provide scalability, global reach and access to a wide range of managed services.

But not every workload is best suited to the public cloud indefinitely.

As cloud environments mature, many organizations are reevaluating where their workloads should run. Some applications are still best suited to hyperscale public cloud platforms. Others may be more cost-effective, predictable or compliant when hosted in private cloud, regional cloud or managed service provider (MSP)-operated infrastructure.

This process is known as cloud repatriation: moving selected workloads from public cloud environments back to private, hybrid, regional or service-provider-operated infrastructure.

For MSPs and cloud providers, the opportunity is clear. They can help customers identify which workloads should remain in public cloud and which are better candidates for repatriation.

Cloud repatriation does not mean abandoning public cloud entirely.

In most cases, organizations are not trying to reverse their entire cloud strategy. Instead, they are becoming more selective about workload placement.

A mature cloud strategy asks:

• Which workloads need hyperscale elasticity?
• Which workloads benefit from managed public cloud services?
• Which workloads are too expensive in public cloud?
• Which workloads require local control or compliance?
• Which workloads could run more predictably in private, regional or provider-managed infrastructure?

The goal is not to move everything away from public cloud. The goal is to place each workload in the environment that best supports its cost, performance, security, compliance and operational requirements.

Organizations consider cloud repatriation for several reasons.

Public cloud pricing can be difficult to forecast, especially when workloads involve high storage consumption, data transfer, always-on compute or complex service dependencies.

For workloads with predictable usage patterns, private or MSP-hosted infrastructure may offer more stable monthly costs.

Some workloads are subject to strict requirements around data location, access and control.

For these workloads, regional or sovereign cloud infrastructure may provide stronger alignment with data residency, jurisdictional control and governance requirements.

Applications that serve users in a specific region or depend on local systems may perform better when hosted closer to users or connected environments.

This is especially relevant for edge applications, regional SaaS platforms, manufacturing systems, healthcare applications and workloads integrated with on-premises infrastructure.

Some organizations want more control over infrastructure configuration, support processes, security policies and service levels than they can achieve in a hyperscale environment.

Repatriating selected workloads can give customers and their providers more control over how infrastructure is designed, protected, monitored and supported.

For MSPs and cloud providers, workloads running in hyperscale platforms may generate limited resale margin. By hosting suitable workloads on their own or vendor-supported infrastructure, providers can create more differentiated services, improve profitability and deliver more value to customers.

Not every workload should be moved out of public cloud. The best candidates usually share one or more of the following characteristics.

Steady-state workloads are among the strongest candidates for cloud repatriation.

These are workloads that run continuously with relatively predictable resource usage.

Examples include:

• Line-of-business applications
• Internal databases
• Enterprise resource planning (ERP) systems
• Customer relationship management (CRM) systems
• File servers
• Directory services
• Hosted desktops
• Long-running application servers

Public cloud is often valuable for variable or bursty workloads. But when a workload runs 24/7 with stable resource consumption, the economic advantage of pay-as-you-go infrastructure may be reduced.

For these workloads, private or MSP-hosted infrastructure can offer more predictable pricing.

Workloads that store, process or transfer large volumes of data may become expensive in hyperscale environments.

These can include:

• Backup repositories
• Analytics datasets
• Video and media libraries
• Log storage
• File-sharing platforms
• Data warehouses
• Software distribution systems

Data-heavy workloads are often exposed to storage growth, retrieval charges and network transfer costs.

For customers concerned about unpredictable cloud bills, moving these workloads to regional or private infrastructure can improve cost control.

Compliance-sensitive workloads may require strict control over where data is stored, who can access it and which jurisdiction governs the infrastructure.

Examples include workloads in:

• Healthcare
• Financial services
• Government
• Legal services
• Education
• Critical infrastructure

For these workloads, customers may prefer infrastructure operated by a regional provider with clear data residency and governance controls.

This is especially relevant in markets where data sovereignty is becoming a strategic requirement.

Some workloads depend on low latency and proximity to users, devices or connected systems.

Examples include:

• Edge applications
• Regional SaaS platforms
• Manufacturing systems
• Financial transaction systems
• Healthcare applications
• Workloads integrated with on-premises systems

If most users or connected systems are located in a specific region, a regional cloud provider may deliver better performance than a distant hyperscale region.

Telecommunications providers and regional infrastructure providers are especially well positioned to serve these workloads because they often operate infrastructure close to customers.

Some workloads do not need the elasticity of hyperscale cloud platforms. They require stable capacity, predictable performance and reliable operations.

Examples include:

• Production databases
• Internal business applications
• Virtual desktop environments
• Customer portals
• Managed application hosting
• Small and midsize business infrastructure workloads

When capacity requirements are predictable, MSPs can package these workloads into clear monthly infrastructure plans. This makes pricing easier for customers and margin planning easier for providers.

Not every customer has a large cloud operations team.

Some organizations want direct access to technical experts, migration support, infrastructure management and ongoing monitoring.

These customers may benefit from moving workloads to a service provider that offers:

• Dedicated support
• Managed infrastructure
• Backup and recovery management
• Security monitoring
• Performance optimization
• Compliance assistance

For MSPs, support and managed services are key differentiators against hyperscale platforms.

Some workloads depend heavily on cloud-native services such as managed databases, serverless functions, AI services or proprietary platform services. These workloads may be harder to repatriate.

However, many workloads mainly use basic infrastructure services such as:

• Virtual machines
• Storage
• Networking
• Backup
• Security

These infrastructure-centric workloads are often easier to move to a regional cloud, private cloud or MSP-hosted environment.

A balanced repatriation strategy should also identify workloads that should remain in public cloud.

Public cloud may remain the best fit for workloads that require:

• Global scale
• Highly elastic demand
• Managed platform services
• Serverless architecture
• Hyperscaler-native AI and analytics services
• Rapid experimentation
• Short-lived development environments

The goal is not to move everything away from AWS, Azure or Google Cloud. The goal is to match each workload to the right platform.

MSPs can help customers evaluate repatriation opportunities using a simple workload assessment framework.

This framework helps MSPs prioritize the workloads most likely to deliver value through repatriation.

Cloud repatriation can become more than a one-time migration project.

MSPs can package repatriation into a repeatable service offering that includes:

• Cloud cost assessment
• Workload placement analysis
• Migration planning
• Backup validation
• Security review
• Private or regional cloud hosting
• Ongoing managed services

This turns cloud repatriation into a recurring revenue opportunity.

Instead of simply advising customers to reduce public cloud costs, MSPs can offer a practical destination for suitable workloads.

Acronis Cyber Frame enables service providers to deliver cloud infrastructure services with integrated cyber protection.

For MSPs and cloud providers, Cyber Frame can serve as a destination platform for workloads that are better suited to predictable, provider-managed infrastructure.

Cyber Frame supports:

• Virtual machines
• Storage
• Networking
• Multitenant infrastructure
• Tenant isolation
• Cyber Frame Cloud and Cyber Frame Local deployment models
• Backup for Cyber Frame virtual machines
• Security capabilities such as anti-malware, anti-ransomware, behavioral detection, vulnerability assessment and EDR / XDR, where enabled
• Partner-hosted disaster recovery
• Remote monitoring and management (RMM) capabilities

For Cyber Frame virtual machines, core cyber protection services such as backup, EDR / XDR and RMM are included at no extra charge. Backup storage location matters: partner-hosted backup storage, customer-hosted backup storage and direct backup to public clouds are included, while Acronis-hosted backup storage is billed separately. Partner-hosted disaster recovery is included, while Acronis-hosted disaster recovery is billed separately. Full security and RMM outcomes require the Acronis Agent to be installed on the virtual machine and the relevant tenant capabilities to be enabled.

This flexibility allows providers to support different repatriation scenarios.

With Cyber Frame Cloud, MSPs can offer infrastructure services without owning hardware. With Cyber Frame Local, infrastructure-focused providers can operate their own cloud environment for greater control, data locality and long-term margin potential.

For customers moving workloads away from public cloud, Cyber Frame gives providers a way to deliver infrastructure with predictable service packaging and integrated cyber protection options.

Cloud repatriation is not about moving every workload away from public cloud.

It is about making smarter workload placement decisions.

The best candidates for repatriation are typically steady-state, data-heavy, compliance-sensitive, latency-sensitive or support-intensive workloads. Infrastructure-centric workloads with limited dependency on hyperscaler-native services are often easier to move.

For MSPs and cloud providers, this creates a major opportunity. By helping customers identify the right workloads for repatriation, providers can build stronger relationships, improve margins and deliver more tailored infrastructure services.

Acronis Cyber Frame supports this strategy by enabling service providers to offer cloud infrastructure with multitenancy, integrated protection and flexible deployment options.

For organizations rethinking their cloud strategy, the right question is not “Should we leave the public cloud?” It is “Which workloads belong where?”

Cloud repatriation is the process of moving selected workloads from public cloud platforms back to private, hybrid, regional or service-provider-managed infrastructure.

Good candidates include steady-state workloads, data-heavy workloads, compliance-sensitive workloads, latency-sensitive applications, workloads with predictable capacity needs and workloads that require high-touch support.

No. Many workloads should remain in public cloud, especially those that require global scale, elasticity, serverless services or hyperscaler-native capabilities.

Common reasons include cost predictability, compliance, data sovereignty, performance, operational control and managed service requirements.

MSPs can provide workload assessments, cost analysis, migration planning, infrastructure hosting, backup, security and ongoing managed services.

Acronis Cyber Frame enables service providers to deliver IaaS with integrated cyber protection, management and automation. It supports virtual machines, networking and storage through two deployment models: Cyber Frame Cloud, which is Acronis-hosted, and Cyber Frame Local, which is service-provider-hosted. For Cyber Frame virtual machines, core cyber protection services such as backup, EDR / XDR and RMM are included at no extra charge, while Acronis-hosted backup storage and Acronis-hosted disaster recovery are billed separately. Full security and RMM outcomes require the Acronis Agent to be installed on the virtual machine.