A Guide on How to Successfully Launch Cloud Native Applications

Cloud native computing is a modern paradigm for building software that is scalable, reliable, and lightweight. It’s one of the most widely discussed topics in the software development world right now. Everything from artificial intelligence to microservices – almost every trend – has some connection to cloud native computing or “CNC” as it’s commonly referred to. While this new style of computing isn’t exactly a new concept, looking back at how other technologies have grown and changed gives us insight into where things are headed with CNC. Cloud native computing (CNC) is a type of software architecture that relies heavily on virtualization and containerization technologies to manage resources efficiently. In this article, we will explore the principles of CNC and why so many professionals believe it’s the future of software development.



In-depth Explanation of What are Cloud Native Applications


Cloud native applications are software systems that are designed to be scalable and utilize resources in an efficient way. This is achieved by using standard practices like automated deployment, containerization, and DevOps. Cloud native applications are also designed with scalability in mind, so if an increase in demand happens, they can easily scale up to handle the new workload. One of the biggest benefits of making the switch to cloud native applications is the ability to easily route traffic to the best place for it to be handled. For example, if a large amount of traffic is coming in and it needs to be routed to a specific server, the application can easily do that. Cloud native applications are also designed to support microservices architectures, which is why they are often referred to as “CNC” applications. Resiliency is another key feature of CNC applications, something all businesses need in their software. CNC applications are designed to be redundant in order to prevent any loss of data.


Cloud-Native Applications on Hybrid Cloud


Hybrid cloud computing integrates public cloud computing platforms with on-premise private cloud infrastructure. It allows companies to take advantage of the benefits of cloud computing while still maintaining control over their own infrastructure. Hybrid cloud computing is a good solution for organizations that want the scalability and cost-effectiveness of public cloud, while still maintaining control over their data. Hybrid cloud computing can extend the scalability of your applications by allowing you to use resources on multiple platforms. You can run your existing applications on your private infrastructure and utilize cloud resources when you need to scale up. Cloud native applications are a perfect fit for hybrid cloud environments because of their scalability and resource efficiency.


Choosing a Hybrid Cloud Infrastructure


When choosing a hybrid cloud infrastructure, you’ll want to consider the benefits of both public and private cloud. You may also want to consider third-party integrations for additional software.


Some of the most significant factors to consider when choosing a hybrid cloud infrastructure include:



● Network connectivity - This is the foundation of any network architecture. The network connection between your on-premise network and your public cloud provider determines the speed of your connection.  
● Security - Hybrid clouds have different security concerns than public and private clouds. You’ll need to make sure you’re taking advantage of security tools like firewalls.
● Service-level agreement - Make sure your hybrid cloud provider has a service-level agreement (SLA) in place to ensure reliability in case of a failure.

Building a Hybrid Cloud Platform


Building a hybrid cloud platform involves choosing the right infrastructure, selecting the right software, and making sure you have the right processes in place. While each company’s specific needs will be different, it’s important to consider these three key areas when building a hybrid cloud platform:



● Infrastructure - Your hybrid cloud infrastructure should provide necessary security tools, have enough bandwidth to handle your volume of traffic, and integrate with your other systems.
● Software - Decide which applications will run in the cloud and which will stay on your private infrastructure. Make sure your cloud providers can support the type of work you do.
● Processes - Hybrid cloud platforms require different processes than private or public cloud platforms. You’ll need to make sure your employees understand how to use the hybrid cloud effectively.

Conclusion


Cloud native computing is the next step in the evolution of software engineering. With it, developers are able to create highly scalable, efficient, and reliable software. In order to achieve this, companies need to use modern tools like containers. Cloud native applications are great for scaling up as well as scaling down when the demand is lower or the need to save on resources arises.

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