Cloud-native applications are a relatively new concept, but they have been receiving increasing attention in the last few years. These applications offer many benefits over traditional software and hardware solutions, which is why they’re becoming more and more popular. In this blog post, we’ll explore what cloud-native applications are and how they work to help you decide if it’s something your company should be looking into.
Cloud-native development and architecture
It’s an approach that focuses on scalability, high availability, and resiliency. The cloud native architecture is designed to be developed as a microservice where applications can scale independently. The resilient system will allow failure without impacting other services in the system. With this design, developers write small functionality units with a low coupling that provide business value through rapid innovation and short release cycles while increasing quality by preventing dependency hell.
Cloud-native applications are always evolving because they adopt modern DevOps practices such as Infrastructure as Code (IaC), containerization, continuous integration (CI) /continuous delivery(CD), immutable infrastructure, and automated management/monitoring/testing, etc.
Benefits for enterprises adopting a cloud-native stack
Cloud-native applications can help enterprises increase their competitiveness and reduce costs while also improving time to market. Some of the potential benefits include:
– Development teams get more control over infrastructure and application configuration for better quality and faster delivery times.
– Reduced or eliminated dependency hell because cloud-native apps are built using microservices that can be deployed independently from each other – Developers have advanced tools at their disposal such as containerization with Docker, which allows them to build an app once and deploy it on any public/private/hybrid cloud platform.
– Improved scalability means maintenance cost is reduced since there’s no need for a single complex system instead, developers focus on building separate services designed specifically for this purpose, so they don’t interfere with each other.
– Since cloud-native apps are built for continuous integration/continuous delivery, they can be automatically tested at every stage of development, which means bugs will get fixed faster, and there’s less risk when deploying new features to production.
Cloud-native in practice
It’s important to note that it can be challenging for companies with a traditional IT infrastructure stack and developers who are more familiar with monolithic applications. Cloud-native apps require an entirely different approach, which is why many companies hiring software engineers or looking to optimize their existing development process should consider cloud-native as well.
CNCF’s role in promoting cloud-native
The Cloud Native Computing Foundation (CNCF) is a non-profit foundation that
aims to support the development and adoption of cloud-native technologies. They are responsible for projects such as Kubernetes, Prometheus, OpenTracing, etc.
Gartner predicts that by 2020 more than 50% of Global 2000 organizations will be running containerized applications in production which makes it clear why they have become so popular lately. If you’re looking into adopting this approach or need help optimizing your existing processes, contact us today! We can help with everything from identifying pain points all the way through building new solutions using a microservices architecture. Our software engineers specialize in cloud-based solutions and are always up-to-date on the latest technologies, and able to provide you with high-quality code.
How cloud-native relates to DevOps
As mentioned earlier, cloud-native applications are built using modern DevOps practices such as Infrastructure as Code (IaC), containerization, continuous integration(CI) /continuous delivery(CD), immutable infrastructure, and automated management/monitoring/testing. These concepts of React vs Angular were made to make the life of a developer easier by removing unnecessary human error from build processes while also ensuring consistency throughout the development process without sacrificing quality or agility.
For an enterprise to be successful with adopting Cloud Native technologies, they must identify their pain points in regards to scaling out application architecture and rely on software engineers who understand the business needs and can implement solutions that will provide value not only today but in the future when technology changes very rapidly.
Conclusion
Pioneered by Amazon but also embraced by Google and Microsoft, the concept of cloud-native has been around since 2006 when building services in this way first became possible due to advances in virtualization and container technologies such as Docker. As mentioned before, migrating from humongous systems isn’t always easy first because you need new developer skillsets, so your company needs to educate employees if they want these benefits.
