Many businesses are well on their way to adopting cloud-native application development to stay competitive and meet customer needs. And the cloud native application development landscape is constantly evolving. As we move into 2023, it has become clear that we need more than the traditional application approaches to meet business goals, and a cloud-native development approach is the way to go. There are multiple reasons for developing cloud native applications, not least of which is the agility and speed required to meet user expectations in performance and ease of use. Moreover, there is a pressing need to deliver a scalable, unified strategy for a modern, cloud-first approach.
Currently, some applications are still built on a monolithic architecture, where all components are in a single code base and on one server connected to the internet. However, more and more applications are being built on microservices architecture, i.e., each application microservice has a self-contained functionality. They reside in a container managed by an orchestrator, such as Kubernetes, and are deployed on the public or private cloud and communicate with other application microservices over the network. Organizations that leverage microservices as part of their transformation will not only deliver a scalable and elastic approach but also stay ahead of the competition with how production-based applications are deployed in the future because:
● Microservices can be deployed and scaled independently, which gives you more flexibility in how you scale your application.
● They are also easier to develop and test than monolithic applications because each service can be developed and tested in isolation.
● Furthermore, cloud-native applications are more resilient to failures because if one service fails, the other services can continue to run.
This trend is only likely to grow in 2023 and beyond, as Cloud-native components afford several benefits for SDLC, including reliability, scalability, and higher elasticity. According to Gartner, more than 95% of applications will be on cloud native platforms by 2025, as there are too many advantages to developing cloud-native applications.
Benefits of Cloud Native Application Development
Cloud native applications are designed to be deployed in cloud environments and to take advantage of the cloud’s scalability, performance, and other benefits. The benefits of cloud native application development include the following:
● Increased agility: Cloud native application development helps organizations to be more agile in their software development process. With cloud-native applications, new features can be rapidly deployed to users without requiring complex and time-consuming infrastructure changes.
● Improved scalability: Cloud native applications are designed to be deployed in cloud environments and to take advantage of the scalability of the cloud. This allows organizations to quickly and easily scale their applications to meet changing demands.
● Enhanced performance: Cloud native applications often take advantage of the performance benefits of the cloud, such as lower latency and higher throughput.
● Reduced costs: Cloud native application development can help organizations to save money on their development and deployment costs. By taking advantage of the cloud’s pay-as-you-go pricing model, organizations can avoid the upfront costs of traditional application development.
● Increased security: Cloud native applications can take advantage of the security features of the cloud, such as data encryption and firewalls.
● Better developer experience: Cloud native application development can provide a better developer experience by making it easier to develop and deploy applications in the cloud.
Cloud Native Application Development Trends in 2023
In 2023, cloud native application development will continue to evolve as developers seek to utilize cloud resources. The following trends are expected to shape the future of cloud native app development:
Focus on serverless architecture:
Serverless architecture is a cloud native app development approach for developers to build and run applications without needing to manage or provision servers, as developers seek to simplify their application development and deployment processes.
Use of containers:
Containers are a type of lightweight virtualization that allows developers to package and isolate application code and dependencies, and application developers will want to use all cloud resources to leverage microservices architecture.
Use of microservices:
Microservices allow developers to build applications as a set of loosely coupled services. This trend will continue in 2023 and beyond as app developers will need to scale and manage their applications quickly.
Use of Low-code/no-code in development:
Applications that require low or zero coding will be the developers’ preference because businesses need to innovate faster. Companies demand continuous improvement from in-house developers and end users, making it necessary to onboard non-technical teams into the app development lifecycle. Low-code/ no-code is also user-friendly and helps simplify app development and quicken the build time.
API management is creating, publishing, and managing APIs. And developers will continue to develop applications and seek to expose their functionality more easily to third-party developers.
Use of data analytics:
Data analytics will continue to play a significant part as more data will be stored in the cloud, making it easier for developers to access and analyze. With the increasing use of mobile devices, the Internet of Things (IoT), and increasing data loads, analytics will be vital to improving the performance of cloud-native applications. Additionally, there will be an increase in using artificial intelligence (AI) and machine learning (ML) to analyze data and identify patterns.
To wrap up
The cloud native application development landscape continues to evolve. Cloud native technology is vital for the scalability and agility required in today’s digital transformation initiatives, with more businesses adopting cloud native technology, including containers, microservices architecture, and orchestrators. Applications form the foundation of all businesses, regardless of industry. As the application-driven transformation grows by leaps and bounds over the next few years, engineers will continue to work with cloud-first infrastructure, to scale computing workloads to deliver quality cloud-native apps.
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- Top Cloud Native Application Development Trends in 2023 - November 25, 2022