The Future of Enterprise Application
The shift from the traditional world to the digital-first world is a gigantic one and is still in process. Enterprises embracing digitalization have an overpowering impact on the way they do business and the way that we as customers live our lives. IT organizations are leveraging cloud-native approach for improving app development agility and ultimately accelerating their legacy IT. Moreover, Enterprises are seizing on cloud-native applications with Reactive and Fast-Data Ecosystem to develop software continuously. Before we explore how to build infrastructure designed to run applications in the cloud, first, we’ll discuss the benefits of adopting cloud-native practices.
Benefits of the Cloud-Native Approach
The benefits of implementing cloud-native features in building Android or iOS apps typically include the following:
· Faster Time to Market: Undoubtedly, re-architecting and rebuilding apps on the cloud has made the software delivery pipeline faster. The modern cloud-native approach supports DevOps processes, which further enables this automation and collaboration. This automation and fast pace were hard to imagine in the era of local development and limited server-based software delivery processes.
· More agility, more productivity: Unlike traditional monolith, cloud-native apps are composed of small, independently built, tested, and managed microservices. These small code packages are safe and easy to manage and this has eventually led to another top-class level of agility via continuous integration.
· Containerization: Through containers, cloud-native apps typically cost less to run. In short, containers make it easy to manage and secure applications independently of the infrastructure that supports them.
· Autoscaling: Writing code in the cloud-native interfaces allows auto-scaling of cloud instances so certain parts of the system can automatically scale out during a traffic spike. It helps in cost management, provides better availability, and fault tolerance.
In this new era of cloud-native development and deployment, Enterprises are developing applications following microservices architecture.
What Exactly is a Reactive Ecosystem?
The trend of adopting microservices-based architecture for systems design is able to meet the changing requirements of the business. This new approach to enterprise architecture has allowed developers to build systems that deliver highly responsive user experiences with real-time feel plus they are guided with elastic, resilient and responsive support. Reactive Systems are composed of small, discrete components that can be developed, deployed and scaled independently. In short, reactive systems are:
- Responsive
- Resilient
- Elastic
- Message-Driven
Big Data Systems: From Batch Mode to Stream-Oriented!
No doubt that batch-mode processing has served big data requirements for many years, but the need of the hour is to make smarter business decisions and unveil the huge benefits from big data investments. To experience a truly data-driven business, organizations need to adopt a cloud-native approach. The streaming applications process an endless amount of data and thus they need high-class functionality than conventional big data applications. These streaming data architectures ingest data as soon as it arrives and is known as Fast Data architectures.
Conclusion
Cloud-native architecture is essential for many use-cases as it supports digital transformation. Many of the hurdles related to running these complex cloud-native systems can be avoided to a considerable degree by choosing apt platforms that enhance developer productivity in the long-term. Cloud-native application platforms that deliver management, monitoring, and security can make a colossal distinction for DevOps team, and can finally make an indelible contribution towards building a whole new world for developers.
