By Rishu Mehra
DevOps is a technique that goes ahead of a simple implementation of agile practices to manage the infrastructure. DevOps seems to promote collaboration between the development team and operational teams. The main aim is to bring the two closer (in various aspects) by eliminating their barriers due to physical location, organizational functionality, and business goals.
By enhancing the boundaries of conventional developer and operations roles, DevOps can reduce the gaps and SILOs. This enables better business continuity, accountability, and results across business units. The DevOps-agile methodology also helps businesses adapt to evolving requirements quickly and easily. In other words, DevOps is a collaboration between development and operations that focuses on enhancing the efficiency and innovation of delivering products to organizations and customers.
Traditional software development models include the Rational Unified Process, the V model, and the Waterfall model. The modern approach, particularly the Agile method, is significantly replacing traditional development models. There are several challenges that organizations face when implementing traditional software development models:
To overcome these issues DevOps-agile methodology is required. There are a few tools needed to bridge all the gaps between them and quickly adopt the modern style.
DevOps is the usability and functionality of two essential features and their respective tools. The success of DevOps significantly depends on the use of containers, the automation process, and its tools. In this blog, I'll be describing Container Services.
Containers refer to the solutions that help run the applications while moving across multiple computing environments. One of the most important things to remember is the kernel should be of the same type. The movement could vary from staging to the production environment or from a physical machine to a virtual machine on the cloud. Additionally, containers help in minimizing the conflicts among teams that function on different software on the same infrastructure by isolating the software from its surroundings. Each containerized application runs on a single operating system and shares kernel with other containers, making it lightweight. Containers enable a popular architecture called microservices, which refers to disassembled small parts of an application and replaces the bulkiness of the application.
Benefits of Container Services:
One of the most popular container services used by developers across industries is Kubernetes. One of the previous blogs I wrote has a detailed explanation of Kubernetes, its features, and its use.
To facilitate the use of Kubernetes to manage container applications in Alibaba Cloud, Alibaba Cloud Container Service provides support for Kubernetes clusters. Using the application deployment capability of Alibaba Cloud Resource Orchestration Service (ROS), developers can quickly and easily create a universally available and secure Kubernetes cluster in one-click by using ROS templates.
The Kubernetes cluster consolidates Alibaba Cloud's storage, network, virtualization, and security capabilities to provide high-performance application management that simplifies cluster creation and expansion.
Kubernetes deployed on Alibaba Cloud facilitates deployment, expansion, and management of containerized applications. It also focuses on containerized management and app development. Kubernetes also offers the following features:
The Alibaba Cloud Kubernetes service also ensures:
Kubernetes fulfills all the requirements of building large clusters that run complex applications. The use of Kubernetes also ensures the avoidance of infrastructure scalability and rolling upgrades with time. Additionally, it provides admins/developers a framework to establish the rules of interaction among applications.
Kubernetes also offers a uniform platform for application deployment and management by automating some of the key tasks by reducing manual efforts. Kubernetes also reports health and performance to admins, so they can easily consider the downtime and take actions towards it.
I will cover Automation with DevOps-Agile in the next blog. It will describe Continuous Integration and Continuous Deployment as the core features of DevOps and how automation is a significant contributor to the entire DevOps model.
The views expressed herein are for reference only and don't necessarily represent the official views of Alibaba Cloud.
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