The term refers to an efficient combination of on-premises, private cloud, and public cloud solutions (such as Oracle Cloud) that work in tandem to power an entire organization. Depending on the requirements, this configuration can include private assets and other applications, all with the goal of balancing the possible variables, from resource usage to compatibility with legacy applications.
In many cases, hybrid cloud computing provides the ideal balance between the advantages of modern cloud technology and the practical limitations of cloud capabilities, such as when high-performance computing is required. It also enables organizations to take a staged approach to public cloud adoption based on professional it solutions, legacy hardware, proprietary data, and other possible reasons.
A hybrid cloud provides organizations with the best of both worlds in a flexible environment that can adapt to their specific needs. The following are some of the advantages of hybrid cloud solutions:
- Greater resource management control
- Applications can be deployed more quickly.
- Improved security implementation and implementation
- Scalability that is adaptable and provisioning that is faster
- Cost and resource reduction
Elements of hybrid cloud solutions
Typically, cloud and on-premises elements exist separately, and the process of establishing a hybrid cloud is to create a seamless environment that harmoniously joins these two sides. To accomplish this, the following factors must be considered:
Unified management
Management tools for on-premises hardware and cloud networking will almost certainly differ. Data and resources are managed in a single platform by unifying infrastructure under a hybrid model.
Consistent architecture
Every enterprise will most likely have some portion of its network in the cloud at some point—this is where the technology curve is heading. In a hybrid environment, this means that legacy on-premises hardware must coexist with cloud elements. Organizations will be able to work across both sides in a portable and flexible manner if they use a consistent architecture to govern. Symmetric deployments are also useful for migration and disaster recovery planning.
Artificial intelligence and machine learning
With automation powered by artificial intelligence and machine learning, a hybrid cloud can truly maximize resources across the entire enterprise. This eliminates human error in repetitive tasks while also allowing for predictive maintenance and policy regulation.
Who uses hybrid cloud computing?
Hybrid cloud computing is extremely useful for a variety of applications. These are typical situations in which the data has specific limitations or requirements in terms of storage, processing, security, or other unique requirements. Hybrid cloud computing meets a variety of needs for these organizations, including:
Special regulatory needs
Some organizations may be required to comply with special regulatory mandates as a result of factors such as response time, security, and geographic accessibility. A hybrid cloud allows for greater flexibility in developing a data strategy that can accommodate this, with general data needs placed in a public cloud and data subject to regulatory constraints kept in strategic local configurations.
Division of data
Some datasets contain sensitive, private, or proprietary data. Financial data, sensitive customer data, and medical records are examples of data that could fall under this category. However, the majority of application or organizational data may not have these same requirements. A hybrid cloud enables this separation, with sensitive data stored in a private cloud for security and the rest of the data stored in a public cloud for efficient processing and storage.
Hybrid cloud computing benefits
Limitations of on-premises deployment include hardware maintenance and regulatory compliance across individual assets. Cloud networking has its own set of limitations, such as the possibility of latency issues when dealing with high-resource processes. Hybrid cloud solutions provide a middle ground between these two options, allowing organizations to tailor a hybrid cloud design to their specific requirements. Among the advantages are:
Consistent management
Both on-premises and cloud solutions are used in hybrid cloud computing. Applications, databases, and components, on the other hand, are governed under a single data management umbrella, allowing for a unified and simplified approach that enabled interoperability.
Automation
Cloud networks frequently include more robust connectivity and the ability to automate processes. These functions are available to segments using cloud elements in a hybrid cloud. This also aids future full-cloud deployment plans by providing IT managers with an idea of what automation will be possible once everything is moved to the cloud.
Hybrid cloud use cases
A hybrid cloud is a smart solution for a number of situations. The following use cases show some of the ways hybrid cloud computing can be most effectively utilized.
Disaster recovery
Private and public disaster recovery can be tailored to an organization’s specific requirements using hybrid cloud solutions. This results in a simpler solution that requires less local storage space and bandwidth while optimizing the backup process. Ensure an efficient and quick recovery of locally stored proprietary data. This achieves continuity while maximizing the efficiency that only a hybrid configuration provides.
Workload migration
A hybrid cloud solution can be a temporary configuration that allows for permanent cloud migration. An enterprise cloud migration can take months in some cases. Using a hybrid cloud as a transition method allows for a phased transition with simple and safe rollback, all while incorporating a level of flexibility into the process that minimizes or even eliminates downtime.
Hybrid cloud solutions
We provide a number of solutions to assist organizations in transitioning from an on-premises configuration to a hybrid cloud. Learn more about how Oracle’s experts can examine your specific requirements and hardware to assist in the establishment of a hybrid cloud designed to maximize the value of your data.
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