Difference Between Cloud Native and Cloud Computing

Date: Nov 1, 2022

Cloud applications are a hot topic. Many times, we come across terms like cloud native application and cloud computing application. First, very few people use both terms at the same time. But there is a blurry line between the two. What is the difference between cloud native and cloud computing? Why is it so important? let's see!

First, let's take a look at what the analyst community thinks about cloud applications. According to an IDC research report, by 2022, 90% of new applications will have microservices architectures that improve the ability to design, debug, update and leverage third-party code, and 35% of production applications will be cloud-native.

Today, the microservices architecture is what cloud-native applications use. In other words, these applications are born in the cloud as microservices packaged in containers and deployed in the cloud. The future must belong to cloud-native applications. So what are cloud computing applications?

Cloud computing is an older term used by businesses for a long time. These cloud-enabled applications are developed in a static (on-premises) environment and are typically traditional or traditional cloud-enabled enterprise software.



Cloud-native applications are developed on a microservices architecture (called microservices), which is designed as an independent module serving a specific purpose. But cloud computing applications are developed on traditional infrastructure systems where each module depends on each other. They are usually static, and upgrading such an application means making changes to the entire application.

Cloud computing applications are useful when data usage is limited. Today, businesses compete in the digital age. Every business has a huge amount of data that they need to analyze in order to obtain specific information for further decision-making. Cloud-native applications need to meet these needs because they are dynamically orchestrated and support full virtualization by leveraging the full capabilities of the cloud. In other words, the latest emergence of these cloud-native applications is the reason why businesses are undergoing digital transformation in their day-to-day operations.

For further discussion, let's look at the key differences between cloud native and cloud computing.



origin

Cloud-native applications originate from cloud-native. As mentioned, they are built and deployed in the cloud, truly accessing the power of cloud infrastructure.

Cloud computing applications are often developed in-house using traditional infrastructure and adapted to be accessed remotely in the cloud.



design

Cloud-native applications are designed to be hosted on multi-tenant instances (microservices architecture).

Cloud computing applications run on internal servers, so they don't have any multi-tenant instances.



Convenience

Cloud-native applications are highly scalable, allowing real-time changes to be made to individual modules without disrupting the entire application.

Cloud computing applications require manual upgrades, resulting in application outages and shutdowns.



price

Cloud-native applications do not require any investment in hardware or software because they are made on the cloud and are usually available at the licensee, making them relatively inexpensive to use.

Cloud computing applications are often more expensive because they require basic upgrades to adapt to changing needs.





accomplish

Cloud-native applications are easy and fast to implement since no hardware or software configuration is required. Cloud computing applications need to customize a specific installation environment.

The above points demonstrate the clear advantages of cloud-native applications over cloud-computing applications. This is mainly because cloud-native applications provide a solid foundation for enterprises to operate in a fast-paced business environment. Changing business needs for socio-political or economic reasons can be quickly adapted or implemented in business applications built on cloud-based native architectures.

Integration platforms are one of the main applications of cloud-native solutions. A typical SME handles thousands of applications in various departments such as procurement, logistics, transportation, HR < finance, legal, sales, marketing, etc. Seamless integration is required between these applications to drive digital transformation.

An integrated platform based on a cloud-native architecture can connect many applications, systems and devices (hosted in the cloud or on-premises) in real time. This hybrid integration platform is highly scalable and facilitates business process automation.



in conclusion

Digital disruption will continue. Cloud-native architecture provides a solid foundation for an enterprise's digital transformation journey, bringing the enterprise closer to digital technologies. Changing business needs are shifting towards custom cloud applications that are tailored to the desired business use case. With a cloud-native architecture at its disposal, businesses can certainly focus more on their strategic needs to capitalize on the best business opportunities available for further growth and prosperity.