Cloud Native Platforms (CNP)

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The cloud delivery model comes with a number of advantages. A cloud native platform is something that utilizes the benefits provided by the cloud.

According to the Cloud Native Computing Foundation or CNCF, cloud native technologies are meant to empower organizations so they could build and run scalable applications, whether it’s in a public, private, or hybrid cloud.

The modern day consumer is always expecting applications to evolve through innovation. But this is an expectation that can be hard to meet unless you are adopting new technologies yourself.

For businesses and marketers that want to step into the future and grow their business using these modern developments, it is important to understand what cloud native platforms or CNPs are. Maybe it’s something that your organization can use or implement.

Cloud native platforms are scalable, flexible, and resilient, thanks to the cloud delivery model. It allows businesses to be more flexible and strategic. Here we will be talking about cloud native platforms: what they are, what they do, and how they can benefit your company.

Defining Cloud Native Apps

Your organization may benefit from cloud native apps—but what exactly are they? Cloud native is one way to build and run an application. What sets it apart is the fact that it makes use of the cloud computing model, meaning businesses can build and run applications using the cloud. This setup allows companies to share new ideas to market and deliver customer demands faster.

Cloud native development can be used for both public and private clouds. So even though the public cloud has already altered the way each industry looks at their infrastructure investment, the cloud delivery model isn’t necessarily limited to the public environment.

When it comes to cloud native apps, what matters is how the apps are created and deployed, rather than where. But even more important is the ability to provide on-demand access to data, computing power, and services for developers. It may sound complex, but cloud native applications combine other concepts such as microservices, continuous delivery, and containers.

Cloud native platforms allow organizations to utilize automation in order to manage complexity.  These independent services can be scaled quickly depending on the demand.

Some of the best cloud providers allow cloud tooling and services so that developers can build applications faster and eliminate unnecessary tasks. Cloud native platforms allow developers to build, deploy, and manage cloud native applications like serverless functions and microservices.

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How Your Company Can Build Cloud Native Applications

Before an organization can build and operate their own cloud native apps, they need to strategize and even rethink their approach to application delivery. Cloud native apps have many different capabilities: this includes DevOps, microservices, APIs, continuous delivery, and containers.

DevOps is when IT operations and software developers collaborate to deliver a high quality software. The goal is to help solve the problems of customers. Because of this collaborative process, it is easier to create, build, test, and release a software.

Microservices refers to the architectural approach involving a collection of small services that make up an application. Microservices break down an app into a series of independent services, also known as modules. Even if they are in the same application, each microservice has its own process and business goal. This means they can be scaled, upgraded, and deployed as needed. Microservices can also be updated frequently without affecting customers because they are typically a part of an automated system. The modules can communicate with one another through application program interfaces or APIs.

APIs are able to connect microservices and containers while also providing maintenance and security. They serve as the glue between these two functions.

Continuous delivery is the process of implementing software changes incrementally using automation. This allows organizations to deliver software more often so they can receive continuous feedback.

Lastly, containers are a type of software that isolates the application logically, allowing it to run independent of physical resources. Containers are the reason why microservices do not interfere with one another. Containers are considered faster and more efficient compared to traditional virtual machines or VMs. By using operating-system-level virtualization, a single OS instance can be divided among one or more containers, each with a unique writable file system and resource quota. This is the ideal vehicle for individual microservices.

Benefits of Cloud Native Apps

Cloud native applications have several benefits. The most obvious benefit is that you can deploy them individually and manage them as you please. The cloud-based nature of these applications means you can build them independently of one another.

If a cloud native app is well-designed, it should be strong enough to survive and remain online even if there is an infrastructure outage. Cloud native apps are known for being resilient.

Cloud native apps allow for flexible deployment options across the network. They are also smaller than your traditional applications, meaning they are much easier to deploy and develop.

Since cloud native services are often based on standards based and open source technology, they are capable of reducing vendor lock-in. This provides workload portability and interoperability.

Cloud native platforms also use DevOps automation features to provide continuous delivery. You can update services and deploy software with basically no downtime.

Using cloud native apps can give you a significant competitive advantage. Even if you are not ready to stick with just one cloud environment, you can build applications that run on any public or private cloud without modification. This gives you incredible flexibility, meaning you can take your apps where it makes the most sense for your business.

Overall, cloud native platforms are reliable, easy to manage, flexible, portable, and cost-effective. You can scale out as needed, eliminating the need for too much hardware investment. This can save you and your organization time, money, and resources.

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Potential Drawbacks of Cloud Native Apps

Although cloud native apps have plenty of benefits that are worth considering, you should keep in mind that not every application should be converted into cloud native. Your IT and business teams should work together to figure out the right strategy for each case so you can maximize your ROI.

Another thing to consider is whether to buy or build your own platform. Just because you can build your own cloud native platform does not always mean you should. Some teams benefit more from just buying an existing platform. Not to mention that your own cloud native platform will require regular maintenance. Your business may benefit more from just buying a platform.

Other than that, feel free to enjoy the fact that your teams will become masters of automation and process improvement through cloud native platforms.

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