The digital landscape is evolving with each passing day and with this organizations are constantly evaluating their cloud strategy in order to balance operational efficiency, security and control. As businesses are increasingly adopting cloud-based solutions, it becomes critical for them to leverage hyper cloud environments or cloud repatriation.
Hyper cloud refers to a strategy where an organization leverages multiple cloud services from various providers, such as Amazon Web Services (AWS), Microsoft Azure, and Google Cloud Platform (GCP), to address diverse business requirements. Cloud repatriation, also called cloud exit or cloud reversal, involves migrating applications, data, or services from the cloud back to on-premises infrastructure or a private cloud.
While a hyper cloud environment offers scalability, flexibility, and cost-effectiveness through a shared responsibility model, Cloud repatriation refers to the process of moving workloads back from the cloud to on-premises or private cloud infrastructures, providing full control over data, security, and governance.
Understanding the key differences between these two approaches is crucial for organizations seeking the right balance between agility, security, and compliance.
These days it is being observed that Cloud repatriation is on a rise and organizations are moving their workloads to on-premise or private cloud. So let's hear from the industry experts about the reasons behind the repatriation and the flexibility that both the approaches offer.
Hybrid cloud helps in optimizing operational efficiency and ensuring compliance
Anil Sethi
Vice President, Infrastructure Solutions Group, Dell Technologies India
“Not all applications are suited for a given cloud solution. This results in a situation where there are overruns in budgets. Application efficiency around latencies and security becomes one of the key parameters in improving cloud strategy.
Any organization which is then able to overcome the challenges like fragmented, disconnected processes and multiple siloed tools will master the art of multicloud adoption.
Cloud repatriation is gaining momentum as businesses seek greater control over their data and costs. Indian enterprises, facing challenges like rising cloud expenses and regulatory pressures, are increasingly looking to bring workloads back on-premises or to private clouds.
This hybrid approach not only optimizes operational efficiency but also aligns with local data sovereignty regulations, ensuring compliance and cost-effectiveness for Indian businesses.
A hybrid cloud model provides superior flexibility for governance and compliance. It allows businesses to maintain sensitive data on-premises while leveraging public cloud resources for less critical applications. Ability to have a consistent experience amongst the tools and processes will play a key role as well. Cost evaluation is a continuous process. It needs to be monitored at regular intervals to ensure the environment is running optimally.
For Indian businesses, this flexibility is crucial in adhering to business data needs and compliance regulations, ensuring that they can strategically manage data while minimizing risk and maximizing operational agility. ell’s multicloud strategy facilitates this by offering solutions like Dell EMC PowerProtect for data protection and compliance across various environments.”
Organizations can choose between two cloud approaches based on workload types
Amit Luthra
Managing Director, Lenovo ISG, India
“The rise of cloud repatriation is driven by businesses seeking performance optimization and enhanced control over their critical data. While the cloud offers scalability, many enterprises realize that certain workloads are more cost-effective to manage on-premises, particularly as regulatory and latency demands grow. Lenovo sees this trend aligning with the broader shift towards hybrid cloud solutions, where companies can dynamically allocate workloads based on performance, security, and governance needs, ensuring they get the best of both worlds.
The flexibility between hyper cloud and cloud repatriation depends largely on an organization’s specific needs. Hyper cloud environments—especially with multi-cloud capabilities—offer better flexibility by allowing businesses to distribute workloads across various cloud platforms, optimizing performance and resource usage. This is ideal for organizations that prioritize scalability and agility while still leveraging the cloud provider’s compliance frameworks.
On the other hand, cloud repatriation provides more control over governance and security, as businesses can manage their infrastructure directly. This approach is particularly beneficial for industries with stringent regulatory requirements or sensitive data handling, where control and visibility are critical. It also enhances performance for specific workloads by allowing companies to tailor their infrastructure to meet exacting demands.
Organizations can choose between these two approaches based on their workload types and customer needs. Lenovo, through its hybrid cloud solutions, partners with hyperscalers and enterprises to provide the infrastructure that supports both hyper cloud flexibility and the control that cloud repatriation offers, ensuring the right balance between compliance, performance, and scalability.”
Rising cloud repatriation fueled by unrealized expectations of cloud migration
Sudarshan Aravamuthan
Head of Systems Engineering, Pure Storage India
“Cloud repatriation is on the rise because, for some organizations, the initial promises of cloud migration—such as reduced costs and streamlined maintenance—haven’t fully materialized. While the cloud excels for cloud-optimized applications and workflows, simply moving legacy systems and servers from on-premises to the cloud often leads to unexpected expenses.
Many legacy applications may not perform any better in the cloud compared to traditional data centers. Additionally, rising costs for data transfers (ingress and egress), security, and monitoring challenges in cloud environments have pushed organizations to rethink where their critical assets should reside.
Cloud repatriation offers a solution for workloads that don’t thrive in a cloud environment. By moving these assets back to on-premises environments or private data centers, companies can reduce costs, improve performance visibility, and optimize their infrastructure for specific needs, such as low-latency requirements.
Cloud repatriation provides significantly more flexibility in governance and compliance compared to hyper-cloud environments. When organizations choose to repatriate their workloads to on-premises or private cloud solutions, they gain a higher degree of control over their data and systems.
On the other hand, hyper-cloud environments, which often span multiple public cloud platforms, complicate the consistent management of compliance due to the involvement of different regions, platforms, and vendors. While hyper-cloud environments offer agility and scalability, they also bring about compliance challenges, particularly because of the shared responsibility models and the varying security postures of different cloud providers.”
Cloud repatriation driven by cost management priorities
Sashisekhar Panda
Sr. VP & Head, Products & Services, Yotta Data Services
“In the early days of cloud computing, repatriations were often a result of failed cloud deployments. However, today, it has become more of a strategic move aimed at creating a more fluid and optimized cloud strategy. The reasons for this shift in focus during the cloud journey are outlined below.
• One of the primary reasons is failure to do cost management. Many companies are attracted to the cloud due to its potential for reduced capital expenditures and scalable resources. However, with time, organizations can encounter unexpected or increasing costs related to cloud usage, such as storage, compute, and data transfer fees. Additionally, there are various pricing models to consider. For effective cost management, organizational leaders, including CXOs, need to have a comprehensive understanding of these models and the entire workload process. In the case of multi-cloud, it becomes more complex because this model varies from service provider to service provider. Another factor is optimization challenges for stable workload and large in volume and size. Running the same infrastructure on-premises can sometimes be more predictable and cost-effective.
• In certain countries, performance latency and bandwidth cost constraints are prompting organizations to consider repatriation as a viable option.
• Additionally, growing concerns over data security and privacy, along with increasing compliance standards and regulations on data protection, are leading businesses to explore in-house solutions and private cloud options.
• Legacy applications and non-native cloud applications often remain unmodernized. The modernization of these applications, migration and adoption will require time, energy and cost as well.
In conclusion, I believe that the context of each situation decides the appropriate course of action.”
Cloud Repatriation: Addressing gaps in Public Cloud environment
Piyush Somani
Chairman, MD and CEO ESDS Software Solution
“The rise in cloud repatriation, or “Ghar Wapsi,” as it’s often called, is largely a consequence of how public cloud providers approach enterprise needs. “Ghar Wapsi” which means going back to one’s home country, is more than just an emotion but also a cloud repatriation policy which is fast gaining traders attention as they are moving away from the public cloud providers because their solutions are usually not optimized and are quite fragmented. This is because public cloud providers, software and hardware OEMs as well, tend to push use of particular components like databases, ERP systems or hardware components rather than all-embracing enterprise systems. Therefore, this necessitates custom integrations for different technologies without an overarching platform which is not efficient. Also, tools for continuous assessment and improvement in cloud based services are almost non-existent making it hard for enterprises to change the solutions in place as the businesses change. As a result, a great number of them incur losses and inefficient services as a result. This leads to on premises considerations, as they can manage the situation better. In order to keep their enterprise customers, public cloud service providers can also be encouraged to incorporate a solution-driven approach, which would include improvement and management of the solutions on a continuous basis as part of the offering. By filling these voids, public clouds can stop being just a set of services, and evolve into self-sustaining systems based on the customers’ business systems.”.
Nutanix helping businesses make smart cloud decisions
Prasanna Ranade
Senior Director - Sales, Nutanix India & SAARC
“Organizations have been reassessing their cloud strategies for quite some time now as they seek to put their applications and data in the environments that make the most sense. This can include moving the applications and data back on-premises into their own datacenters and/or deploying hybrid multicloud.
While public cloud can provide scalability, it can complicate data control and compliance, especially in regulated industries like healthcare and finance. It can also lead to significantly higher costs. A hybrid multicloud approach enables sensitive data to reside in private clouds, allowing organizations to tailor compliance measures to specific regulatory requirements. The approach can also help organizations gain control over costs.
By understanding the advantages and disadvantages of public and private clouds, organizations can make informed decisions about their cloud strategy, ensuring their data and applications are well-protected and costs are being well managed. Nutanix has played a crucial role in helping organizations make smart cloud decisions, enabling them to run their applications and data anywhere through their use of the Nutanix Cloud Platform solution.”
Concerns around cost, control, security pushing organizations towards Cloud repatriation
Debmalya Dey Roy
Chief Revenue Officer and Global Marketing Head, Pi Data Centers
“The rise of Cloud Repatriation where companies move their workloads and data from public cloud environments back to on-premises or private cloud infrastructure—has gained momentum in recent years. Several factors drive this trend, ranging from cost concerns to data security and performance issues. From Managed services from the public cloud players to balance out the expenditure, most enterprises source managed services from third parties, at times compromising the operational quality.
Here's a closer look at the key reasons behind the rise of cloud repatriation:
Cost Optimization and Unpredictability: One of the primary drivers of cloud repatriation is the realization that public cloud environments can become unexpectedly expensive over time. While public cloud services initially promise cost savings through "as-you-go" models, many organizations experience cost overruns.
Data Security and Compliance Concerns: Data security and regulatory compliance remain critical concerns that drive organizations toward cloud repatriation. Many industries, such as healthcare, finance, and government, have strict regulatory requirements like GDPR, HIPAA, or PCI-DSS, which dictate how and where data must be stored, accessed, and processed.
Performance and Latency Issues: As businesses grow and their cloud usage scales, some organizations experience performance bottlenecks in public cloud environments, especially in latency-sensitive applications such as real-time analytics, high-frequency trading, gaming, or large-scale simulations.
Control and Customization Needs: Organizations often repatriate their cloud workloads because they require more control over their IT infrastructure. Public clouds are designed to meet the needs of a wide range of businesses, but this "ne-size-fits-all" approach can be limiting for organizations with specialized or complex requirements.
Data Privacy and Risk of Vendor Lock-In: Many organizations must pay more attention to vendor lock-in when relying heavily on a single cloud provider. Vendor lock-in occurs when businesses become too dependent on a particular cloud platform's tool, making switching providers or transitioning to a different model difficult and costly.
Technological Advancements in On-Premises Infrastructure: The evolution of on-premises infrastructure technologies, such as hyper-converged infrastructure (HCI), private cloud solutions, and edge computing, has made it more feasible for businesses to bring workloads back in-house. These technologies provide the same benefits of scalability and automation that public clouds offer but within a private, more controlled environment.”
Delivering customized solutions that meets the unique security needs of each organization.
Sanjay Agrawal
Head Presales & CTO, India and SAARC, Hitachi Vantara and Chair SNIA
At Hitachi Vantara, we see hybrid cloud as the optimal approach for industries with stringent governance needs. As we strive to become the leading hybrid cloud company, we’re helping organizations design tailored governance strategies that allow them to maintain control over their data while embracing the flexibility of the cloud. Our solutions enable businesses to meet regulatory requirements without sacrificing innovation or operational agility. Our VSP One vision is going to enhance hybrid cloud capability further with single data and control plane across on-premise and public cloud helping enterprises shift the focus from data operations to innovations.
Many organizations are turning to repatriation for several key reasons:
Cost Savings: While public clouds are often economical for initial workloads, long-term costs can increase as usage grows. Repatriation helps organizations manage expenses by bringing certain workloads back in-house, allowing for more predictable and cost-effective management. Many enterprises have reported of significant cost increase when the data is frequently accessed from public cloud. Similarly, applications that demonstrate flat utilization of IT resources are seen incurring higher cost in public cloud.
Performance: Some applications are better suited to local environments, where they can be fine-tuned for specific hardware or networking requirements. Repatriation maximizes performance for these tailored needs.
Data Security and Privacy: In industries with strict privacy regulations, repatriating data provides more control over its security and ensures compliance with laws.
Customization: On-premise infrastructure allows for more customization, enabling businesses to optimize their IT environments to meet unique requirements.
At Hitachi Vantara, we understand the evolving needs of businesses in managing their cloud strategy. Whether through hybrid or repatriated environments, we help organizations find the right balance between cloud adoption and cost-effective, secure infrastructure. Our expertise ensures that businesses can optimize their IT landscapes for performance and compliance while staying agile enough to meet future demands. We help enterprises build a robust, sustainable and cloud-like infrastructure on-premise for the repatriated workloads.
In hypercloud environments, organizations can mitigate risks by implementing strong access controls such as multi-factor authentication and role-based permissions. Regular software updates and patch management are crucial for avoiding vulnerabilities, while continuous threat monitoring with security information and event management (SIEM) tools ensures real-time detection. Data encryption, both at rest and in transit, adds another layer of security, and having a comprehensive incident response plan helps organizations respond quickly to potential breaches. In repatriated environments, companies assume full control over security. This requires investment in advanced security solutions, such as data loss prevention systems, and conducting regular audits to identify vulnerabilities. Employee training is also key to reducing risks caused by human error. Establishing a solid disaster recovery and backup plan ensures that business operations remain uninterrupted in the face of security incidents. Hitachi Vantara is also helping enterprises with robust protection and speedy recovery.
As a leader in hybrid cloud solutions, Hitachi Vantara helps businesses implement security frameworks that are robust and adaptive, whether they operate in a hypercloud or repatriated setup. We are committed to delivering solutions that allow companies to confidently navigate the complexities of modern cloud environments, mitigating risks while driving innovation and operational excellence.
Insights of Technology Experts on Security aspect
At present, cyber crime is rapidly increasing and we have witnessed frequent cyber breaches off late. For the technology experts apart from flexibility, scalability, cost-efficiency and other factors, security plays a critical role. Now, from the perspective of technology experts lets see which approach – hybrid cloud or cloud repatriation offers better security.
Dr. Jagannath Sahooâ—† Organizations must implement their own disaster recovery and business continuity plans.”
Security measures in hypercloud and repatriation environments differ
Anil Naama
CIO, CtrlS Datacenters
“Cloud repatriation is on the rise due to a combination of factors that have led organizations to reassess their reliance on public cloud infrastructure. As cloud usage increases, many companies are encountering unexpected costs and complex pricing structures that can offset the initial benefits, particularly for data-intensive workloads. This is compounded by growing concerns over data sovereignty and security, with strict regulatory requirements in sectors like finance and healthcare necessitating greater control over data storage locations.
The prevalence of cloud-based data breaches has further fuelled security apprehensions, prompting some organizations to reconsider their cloud strategy. Additionally, latency issues with public cloud services have become a significant concern, especially for applications requiring near-instantaneous response times.
Security measures in hypercloud and repatriation environments differ significantly in their approach and implementation. In hypercloud environments, security is often managed through a shared responsibility model, where the cloud provider handles infrastructure security while the customer is responsible for data and application security.
Conversely, in repatriation environments, organizations have full control and responsibility over their security measures. This allows for more tailored and comprehensive security protocols, but also requires greater expertise and resources. Repatriated environments often implement stricter access controls, more frequent security audits, and customized encryption methods. Additionally, they can more easily comply with specific data sovereignty and regulatory requirements, as the organization has direct control over where and how data is stored and processed.”
With organizations scaling cloud usage, costs are becoming unpredictable.
Kamlesh Kumar
IT Head, MG Group
“As organizations scale their cloud usage, costs can become unpredictable. Many businesses are finding that moving certain workloads back on-premises can reduce expenses. If we talk about performance, latency and speed, some applications perform better on local servers due to lower latency, especially those requiring real-time processing or high throughput. So, some of the factors combined are driving organizations to reassess their cloud strategies, leading to a trend of cloud repatriation as they seek better control, cost efficiency, and compliance.
In Cloud Repatriation, moving data and applications back on-premises or to a private cloud allows organizations to have complete control over their data security and compliance practices.
For industries with strict regulations (like finance and healthcare), keeping sensitive data on-premises can simplify compliance with laws and standards.
While hyper cloud environments are flexible in terms of scaling and integrating multiple cloud services, they often rely on the governance and compliance frameworks of the cloud providers involved.
Cloud repatriation generally provides greater flexibility for organizations focused on governance and compliance, allowing them to establish specific controls and practices that align closely with their regulatory environment.
Hyper cloud emphasizes a shared responsibility model with dynamic, integrated security tools tailored to multi-cloud environments, requiring continuous monitoring and management.
Cloud Repatriation offers full control over security measures, enabling customized governance and compliance strategies but necessitating robust on-premises security infrastructure.”
Dhananjay Chandrashekhar Rokdeon-premises infrastructure.”
Hyper cloud and Cloud repatriation infrastructure differ heavily on security postures
Ganesh Vishwanathan
President, Assisto
“The security measures in Hyper Cloud environments and Cloud Repatriation environments differ significantly. Here's a breakdown of key differences:
1. Control and Customization
In hyper cloud environments, security is based on a shared responsibility model. The cloud provider is responsible for the security of the cloud (infrastructure, physical data centers, hardware), while the customer is responsible for security in the cloud (data protection, application security, identity management). When workloads are repatriated to on-premises or private cloud environments, organizations gain complete control over their infrastructure, allowing them to implement highly tailored security solutions.
2. Data Security and Privacy
While major cloud providers offer strong security features like encryption at rest, multi-factor authentication, and secure identity management, the risk of data breaches or insider threats still exists, especially given the scale at which hyper cloud environments operate. Additionally, data privacy regulations (e.g., GDPR, HIPAA) require cloud providers and customers to work together to ensure compliance, which can lead to complex risk management, especially for sensitive or regulated data. Public clouds also face higher risks due to their multi-tenant environments, where different organizations share the same infrastructure.
In repatriated environments, companies can design and implement strict data security measures and have more control over data residency. On-premises or private cloud setups reduce the risk of exposure.
3. Security Responsiveness & Vendor lock-in
Cloud providers offer advanced automated tools for threat detection, patching, and responding to incidents. However, users must often rely on the provider's response times, which might not be sufficient for businesses that require immediate intervention or have niche security needs. With repatriation, organizations can respond to security incidents much faster, as they manage their own infrastructure.”
Cloud repatriation surging due to Cost Efficiency, Vendor Independence, and advanced On-Premise Infrastructure
Shashank Jain
President, Shree Finance
Technological Advancements in On-Prem Infrastructure:
Over the years, private cloud technologies (like VMware, OpenStack, Hyper-V, and Kubernetes) have become more advanced, making it easier to replicate many of the benefits of the public cloud (such as automation, scalability, and elasticity) on private infrastructure.
In some cases, edge computing, which brings data processing closer to where the data is generated (on-premises), is becoming more attractive, especially for low-latency, high-security environments such as financial services.
In Hyper Cloud, security operates on a shared responsibility model, where cloud providers secure the infrastructure, and the NBFC handles data, identity, and applications. Providers offer built-in tools like encryption, AI-driven threat detection, and global compliance, but managing security across multiple clouds can add complexity.
In Cloud Repatriation, the NBFC has full control over the entire security stack, from physical infrastructure to data. This allows for tailored security, granular access controls, and direct compliance with regulatory requirements like RBI mandates, but it demands more internal expertise and resources for monitoring, updates, and disaster recovery.”
Organizations must assess needs, regulatory environment, and risk tolerance before selecting any cloud environment
Dr. Sandiip Kothaari
CTO, Speciality Group
“When comparing Hyper Cloud and Cloud Repatriation approaches in terms of governance and compliance flexibility, both offer distinct advantages and challenges.
Hyper Cloud environments typically provide high flexibility in governance and compliance due to their dynamic nature. This approach allows organizations to adapt quickly to changing regulatory requirements and business needs. The multi-cloud nature of Hyper Cloud solutions enables companies to leverage various providers' compliance certifications and security measures, potentially enhancing overall compliance posture. However, this flexibility comes with increased complexity in managing governance across multiple cloud platforms, which can be challenging for organizations to navigate effectively. Cloud Repatriation, on the other hand, offers a more stable and controlled governance framework. By bringing data and applications back on-premises or to private clouds, organizations gain greater control over their data governance policies and compliance measures. This approach can be particularly beneficial for industries with strict regulatory requirements or data privacy concerns, as it allows for more direct oversight of security and compliance practices.
In terms of compliance, Cloud Repatriation often provides an easier path due to the single, controlled environment it offers. This can simplify adherence to specific regulations like GDPR, HIPAA, or PCI DSS, which may require precise data location and access controls. However, it's important to note that Cloud Repatriation may offer less flexibility in rapidly adapting to new compliance standards compared to Hyper Cloud solutions. The process of updating on-premises systems to meet new regulatory requirements can be more time-consuming and resource-intensive.
Ultimately, the choice between Hyper Cloud and Cloud Repatriation for governance and compliance flexibility depends on an organization's specific needs, regulatory environment, and risk tolerance.”
Jaspreet Singh (Partner)Security solutions in hypercloud environments are highly scalable. CSPs provide automated security updates, which reduce the administrative burden on customers. However, scaling security across multi-cloud environments can become complex, especially when managing different security frameworks and policies across various platforms. Scaling security in a repatriated environment can be more challenging, as it typically requires purchasing additional hardware, expanding physical infrastructure, and updating on-premises security systems.”
The security measures of both hyper cloud and repatriation environments vary significantly
Dinesh Kaushik
Group IT Head, Sharda Motor Industries
“Cloud repatriation is on the rise as organizations increasingly choose to move workloads from the public cloud back to on-premises infrastructure, private clouds, or hybrid environments. While the cloud initially promised scalability, flexibility, and cost savings, several factors are driving this reverse trend. Here's why cloud repatriation is gaining momentum - Cost Management Concerns, Performance and Latency, Data Sovereignty and Regulatory Compliance, Security and Control, Technology Maturity and Edge Computing and Hybrid and Multi-Cloud Strategies.
The security measures in hypercloud (public cloud services offered by hyperscale providers) and repatriation environments (on-premises or private cloud setups) differ significantly due to the inherent nature of these environments. Here’s a comparison of the key security differences between hypercloud and repatriation environments:
Hypercloud (Shared Responsibility Model):
In hypercloud environments, security is a shared responsibility between the cloud provider and the customer. The cloud provider is responsible for securing the infrastructure (data centers, hardware, network, physical security).
The customer is responsible for securing data, applications, and access controls (e.g., encryption, IAM policies, application security, data residency, and compliance with industry regulations).
While providers offer built-in security measures, customers must ensure proper configuration of cloud resources, which is a common source of breaches.
Repatriation (Full Responsibility):
In repatriation environments, all security responsibilities fall on the organization. This includes physical security, network security, data security, encryption, identity management, and access controls.
Organizations can implement highly tailored and stringent security policies, but they need to maintain their own hardware, software, and security updates.”
While hypercloud offers scalability, repatriation provides more control over security practices
Dr. Vineet Bansal
Chief Information Officer, Surya
Cloud repatriation is gaining momentum due to several factors:
â—† Cost Reduction: Organizations can lower expenses related to data storage and processing.
â—† Regulatory Compliance: Stricter data protection laws are pushing businesses to keep data in-house or in private clouds.
â—† Control: Companies prefer managing their own data and applications for enhanced confidence.
â—† Performance Needs: Low-latency applications perform better when hosted locally.
â—† Avoiding Vendor Lock-in: Repatriation minimizes risks associated with reliance on a single provider.
Security measures vary significantly between hypercloud and repatriation models. In hypercloud, security is a shared responsibility, with built-in tools for firewalls, encryption, and access management. In contrast, repatriation allows organizations to customize their security frameworks, manage physical security, and ensure compliance with specific regulations. While hypercloud offers scalability, repatriation provides more control over security practices, making it essential for organizations to assess their unique needs.
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