By CIOReview | Tuesday, October 1, 2024

Some notable DevOps innovations redefining technology include serverless computing, low-code applications, and edge computing. 

FREMONT, CA: DevOps is a set of best practices designed to automate the software development process while also improving communication and collaboration between developers and IT experts. DevOps is a relatively new word, yet it is based on long-standing concepts like continuous integration, continuous delivery, and infrastructure as code. It attempts to accelerate software development while also improving software release quality. DevOps practitioners consider that by automating the software development process and enhancing communication and collaboration between software developers and IT experts, they can increase software release quality while also speeding up the process. 

It is a set of best practices that may be applied to various tools and technologies. 

Some of the major DevOps trends that are reshaping technology are highlighted below:

Serverless computing: This is an execution model for cloud computing where the cloud provider dynamically assigns machine resources. This reduces the need for consumers to have their own servers, resulting in cost savings, increased scalability, and shorter development cycles.

DevSecOps: This is a software development approach that incorporates security into the development process as early as feasible in order to reduce the risk of security vulnerabilities. It focuses on collaboration among development, operations, and security teams to automate procedures and accelerate deployment.

Microservice architecture: Microservice architecture creates an application from a set of loosely related services, minimizing complexity, improving scalability, and making it easier to create applications.

Low-code applications: Low-code apps are developed and maintained using minimum coding. They enable developers and organizations to create applications quickly and easily, decreasing the time and expense of traditional application development and enabling the rapid creation, deployment, and modification of apps with minimal effort.

Kubernetes: It is an open-source platform that modernizes containerized application deployment, scaling, and management. Kubernetes enables developers to manage multi-cloud environments, automate deployments, and streamline operations.

Containerization: It is the process of encapsulating an application and its dependencies within a container unit. These dependencies make it easy for developers to deploy and manage applications across several environments.

Cloud-based platforms: These platforms are becoming more significant in DevOps. They offer organizations a platform for deploying apps and services that can be scaled and managed from anywhere. This benefit enables teams to concentrate on developing and delivering goods and services rather than managing infrastructure.

Vulnerability management: This controls and mitigates the risks associated with security vulnerabilities. It entails identifying, categorizing, prioritizing, and resolving potential security flaws before attackers may exploit them.

Edge computing: With the help of this new computer architecture, data, applications, and computing resources are now closer to the network edge, where they are most needed.

Source: https://www.simplilearn.com/key-devops-trends-article.