Learn how to modernize your business applications and achieve high flexibility with the hybrid cloud approach
When you start to hear about delays, broken schedules, and unresponsive servers in your company, it’s time for a digital transformation.
And even if everybody talks about clouds, you may be cautious about moving your entire IT system into a cloud. We want to suggest a reliable compromise: a hybrid cloud approach.
What Is the Hybrid Cloud Approach?
The hybrid cloud approach allows you to use the synergy of on-premise and public cloud solutions. With a hybrid cloud, some workflows run on your private server or on-demand private cloud, whereas others run in a public cloud.
You can shift workloads between your private computing resources and cloud environments, distributing them efficiently.
The workflows, or rather the applications that incorporate them, talk to each other using different methods—mostly the APIs. The collaboration between applications located in separate environments is enabled through virtualization and containerization technologies. They wrap up each software and make it feel native on any platform.
Role of DevOps in This Approach
Although a hybrid cloud infrastructure comes with management software to steer the workflows, you should have a development operations (DevOps) engineer on your side. Cloud DevOps keeps track of all existing private cloud solutions and public cloud services, maintains them, and prevents conflicts and counterproductive resource utilization. This person or team) monitors the integrity of single applications and their performance.
In addition, DevOps coordinates deployments to ensure the completion of development life cycles: costly and risky projects with a lot of dependencies.
Why Move Toward the Hybrid Cloud Approach?
Public cloud services outscore their stationary private counterparts by many factors. Once your company begins growing, you suddenly need to speed up your workflows on short notice and without any cost explosion.
But you may still prefer to keep the most sensitive data on a server physically located in your office building. At the same time, you may implement applications that require quick response and scalability through cloud deployment.
If all above is the case, then the hybrid cloud approach may be the best option.
Modernizing Your Business Applications
Migration to cloud technology is a perfect chance to upgrade your existing applications. You can replace legacy ones running in your data center with native cloud applications. Many providers offer out-of-the-box solutions for enterprise resource planning, logistics, customer relationship management, and much more.
Three basic options are available for modernizing your applications:
- Lift and shift: move your application into the cloud without any interventions into it
- Partition: inside the same application, you move some of its workflows into the cloud
- Refactor: let your developers rewrite the source code completely to make the application cloud-native
The right way is always unique for your business.
How to Achieve Flexibility With the Hybrid Approach
As mentioned before, with a hybrid cloud approach, your workloads aren’t rigidly bound to either cloud or private servers. You can move them between environments, sparing resources and preventing system overloads and database crashes.
Flexibility means reliability. If you can orchestrate your capacities and deliver your customers what they need and when they need it, you’ll become a reliable business partner.
Hybrid cloud architecture won’t restrict you from performing secure, authorized deduplication: a procedure for tidying up your data storage. And it works with confidential data that can’t directly match with other methods.
You will find a lot of advice saying you should move to a cloud model. But what you really need is a precise understanding of cloud computing, your business needs, and the intersection between them.
Laminar has a proven track of successful cloud migrations and can demarcate for you a reasonable migration scope and support you by its implementation.
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