Software development has shown increased progress in the recent years. Accordingly, it has been found that the usage of cloud computing, artificial intelligence, and big data have revolutionized the way in which software is deployed after its development. At this point of time, one can see that Continuous Integration and Continuous Deployment or CI/CD have been found as critical components of modern software development process.
While looking into the term CI/CD, both CI and CD are considered as a set of practices that will help builders to deploy software efficiently and quickly after building and testing are completed. All these practices lead to automation of the process involved in software development. This will reduce errors, thereby, increasing the speed of delivery. A combination of methodologies, practices, and tools are involved in CI/CD, which will help developers to deliver software to production in a reliable as well as in the quickest possible mode.
With the evolution of CI/CD, it can be inferred that the future of software development exists. However, as software development becomes more and more complex, the practices involved in CI/CD will also become even more critical.
CI/CD for Machine Learning
Practices involving CI/CD are being adapted to support software development as machine learning becomes more prevalent in these days. The models used in the development of machine learning, needs large quantities of data and algorithms of complex nature. The practices of CI/CD are being adopted in the process of automation and testing of machine learning models. This makes it easier for developers to build and deploy these models.
Microservices and CI/CD
Microservices are considered as a method used for building software applications as a collection of small, independent services that operate together. Here, the practices used in CI/CD have been adapted to support the development of microservices. This action permits developers to build and deploy these services independently.
Use of CI/CD in Serverless Computing
Adoption of CI/CD practices is possible to support serverless computing, which is a way of building and running applications, without the need for servers. Hence, it is possible to deploy serverless applications easily and rapidly by allowing developers to build it and deploy.
Use of CI/CD for Security
In the software development process, security is a serious matter to observe. Accordingly, CI/CD practices are effectively used to cover up security testing by making it easier for developers to build a secured software. Hence, this aspect of security testing has been made as an integral part of the CI/CD pipeline. This allows the developers to detect security issues early in the development process.
The Role of CI/CD for DevOps
While looking at DevOps, we can see that it is nothing but a set of practices used to combine IT operations and Software development. Here also the practices involving CI/CD are found as critical components of DevOps. This allows the developers to automate the process of software development. Hence, the deployment of software is found to be done more easily and reliably.
Conclusion
To conclude, the future of software development is found in the evolution of the best practices involving CI/CD. This is possible as software development becomes more and more complex; at the same time the CI/CD practices will also become even more critical. The deployment of CI/CD practices will assist developers to build and deploy software more efficiently. This reduces errors and increases the speed of delivery process of the software. The other benefits of CI/CD evolution supports DevOps, security, serverless computing, microservices and machine learning. Hence, developers can meet the demands of modern software development in future, positively.
