Hybrid Cloud Management’s Benefits

Managing hybrid cloud IT infrastructures may be difficult, and businesses require the correct tools to meet the difficulties.

Organizations want to use current corporate systems to provide novel features faster. However, sustaining old programs consumes a considerable percentage of the IT budget. When it comes to application and data modernization, most companies opt for a hybrid cloud strategy, balancing application and data workloads across public cloud and private clouds. To keep all systems functioning properly, organizations want a powerful management solution that works across infrastructure and application suites.

What is hybrid cloud management?

The administration of an organization’s infrastructure installations and services, whether on-premises or off-premises, is referred to as hybrid cloud management (HCM). Organizations may use hybrid cloud management to plan, implement, and manage IT infrastructure and services spanning clouds, data centers, containers, virtual machines (VMs), and physical platforms. Software that combines on- and off-prem infrastructure into a management platform that allows managers to observe and control resources is commonly used.

Why utilize hybrid cloud management?

With all of the numerous platforms and operating systems that enterprises are adopting a hybrid cloud IT architecture, managing that environment becomes increasingly complicated. Businesses want consistent virtual machine administration across on-premises, off-premises, and platforms, preferably under a single pane of glass.

Organizations also lack a standardized approach to automating throughout the company and a simple way to track cloud spending.

Organizations must address the following issues to meet these challenges:

1. Support and manage environments across hybrid multi-cloud landscapes with efficiency.
2. Ensure corporate automation is consistent across hybrid apps and infrastructure.
3. To expedite digital transformation and increase operational efficiency, modernize cloud-native apps and enhance legacy systems.

Hybrid cloud management capabilities

IBM software capabilities that are intimately integrated with IBM Power Systems and IBM Power Systems Virtual Server can handle these difficulties. We’ll look at some of these features and how they help to provide a consistent experience across on-premises, cloud providers, conventional apps, and new cloud-native apps.

Managing virtual infrastructure

Across the hybrid cloud landscape, organizations want a simple method to access and manage existing apps. Because most businesses rely significantly on virtual machines to operate their business applications, they require a powerful platform management solution.

The IBM Cloud Pak for Watson AIOps unifies a virtual landscape into a unified user experience, substantially simplifying hybrid cloud resource management. Cloud Pak for Watson AIOps not only makes it easy for teams to evaluate the health and performance of their applications and infrastructure, but it also provides insights that can be used to propose and use automation, resulting in increased efficiency and outcomes for your company.

The Cloud Pak for Watson AIOps offers the following advantages:

• Diagnose problems faster: Correlate a massive quantity of unstructured and structured data in real-time using AIOps technologies.
• Build and manage securely: Create policy at the microservices level, then automate it across all application components.
• Automate provisioning: Keep track of the current status of your environment and provide your IT personnel self-service.

Enterprise observability

Having insight into what’s going on within the environment from infrastructure and application perspectives can be tough as enterprises increasingly adopt a hybrid cloud architecture and its numerous benefits. Enterprises need a complete observability platform that includes not just what’s in their data centers, but also what’s in public cloud provider’s data centers and across all platforms.

Enterprise observability and monitoring are provided by IBM Observability by Instana. Let’s take a closer look at these capabilities:

• Enterprise observability: Monitors, traces, and profiles all applications and services automatically. Intelligent steps are taken to reduce troubleshooting and improve performance.
• Automatic application performance monitoring: Observe, monitor, and correct any application, service, or request automatically.
• Hybrid and multi-cloud monitoring: Visualize and monitor containers, hosts, middleware, and Kubernetes in real-time.

Across all hardware platforms, Instana offers a diverse range of use cases and tight interaction with key corporate applications, language runtimes, and software. From a VM viewpoint, Instana supports AIX, IBM I, and Linux; from a cloud-native perspective, OpenShift on Power (as well as x86); and from an infrastructure layer, the IBM Power Hardware Management Console (HMC).

Resource optimization

There is a huge potential in the new IT environment to accurately identify and assign the necessary resources to a workload or application. When workload performance, compliance, and cost are accurately and consistently matched against the best-fit infrastructure in real-time, companies realize efficiency. However, because the environments are too huge and complicated at an enterprise size, this cannot be done manually. IT operators require an analytics engine that can plug into multiple infrastructures and apps to continually improve.

IBM Turbonomic Application Resource Management delivers constant resource optimization across any cloud environment. The program makes resourcing choices in real-time to guarantee that applications have the computing, storage, and network resources they require while accounting for business restrictions.

Turbonomic offers the following services:

• Continuously assure performance with AI-powered software: 60% of clients said Turbonomic helped them increase application performance.
• Increase IT productivity: When Turbonomic ensures application performance, 90% of clients believe they can focus on more strategic tasks.
• Unite application and infrastructure teams: Customers can enjoy true full-stack visibility.

Turbonomic collects data from virtualization management software, Kubernetes, and OpenShift clusters, among other places. Turbonomic offers AI-powered automation solutions that may be used on Red Hat OpenShift and in any hybrid cloud environment. Turbonomic also has a close interaction with Instana, which allows it to see how apps perform and how their actions affect performance.

Application modernization at an enterprise scale

To achieve a competitive advantage, businesses are aiming to augment their existing apps with new cloud-native technologies. Applications are shifting away from monolithic design and toward cloud-native architecture, which is comprised of numerous components distributed over many clusters and cloud providers. Operating in a multi-cluster environment has various problems, such as managing the lifespan of numerous clusters using a single control plane, regardless of where they are located (on-premises or across public clouds).

Red Hat Advanced Cluster Management for Kubernetes can help with this. Red Hat Advanced Cluster Administration for Kubernetes integrates the management of numerous Kubernetes or OCP clusters into a single interface. From there, you can see all of your clusters and applications in one convenient location. You may also install new apps and set policies to ensure that each cluster follows the organization’s standards and best practices.

The following are some of the advantages of Red Hat Advanced Cluster Management for Kubernetes:

• Accelerate development to production: Self-service provisioning accelerates application development processes.
• Increase application availability: Deploy legacy and cloud-native apps across dispersed clusters in a matter of minutes.
• Central management automatically: Self-service cluster deployment that automatically distributes apps frees up IT teams.

Conclusion

Many businesses continue to operate in hybrid cloud settings, hosting many of their core business workloads on-premises while developing or transferring additional workloads to public cloud platforms. Managing various settings may be difficult, and companies require the necessary tools to overcome the hurdles offered by these diverse contexts in order to achieve their goals.

The capabilities discussed in this article work together extremely well to create a consistent management platform between client data centers, public cloud providers, and multiple hardware platforms (including IBM Power) — providing all of the necessary elements for a comprehensive hybrid cloud platform.

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