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The ABC of DevOps Implementation With Containerization and Docker - DZone DevOps

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DevOps is all the rage in the IT industry. From Wikipedia, DevOps is a set of practices that combines software development (Dev) and information-technology operations (Ops), which aims to shorten the systems development life cycle and provide continuous delivery with high software quality. The primary reason for the popularity of DevOps is that it allows enterprises to develop and improve products at a quicker pace than traditional software development methods. As our ever-changing work environment is becoming more fast-paced, the demand for faster delivery and fixes in the software development market is on the rise. Thus, the need for the production of high-quality output in a short period with limited post-production errors gave birth to DevOps.


The ABC of Containerization - DevOps Implementation

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As we have discussed previously on our blog the importance of switching to a DevOps way of software development, we now shift the conversation to containerization, which is a popular technology that is increasingly being used to make the implementation of DevOps smoother and easier. As we know, DevOps is a cultural practice of bringing together the'development' and the'operation' verticals so that both the teams work collaboratively instead of in siloes, whereas containerization is a technology that makes it easier to follow the DevOps practice. But what exactly is containerization? Containerization is the process of packaging an application along with its required libraries, frameworks, and configuration files together so that it can be run in various computing environments efficiently. In simpler terms, containerization is the encapsulation of an application and its required environment.


Docker: Containerization for Data Scientists - KDnuggets

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Data scientists come from different backgrounds. In today's agile environment, it is highly essential to respond quickly to customer needs and deliver value. Faster value provides more wins for the customer and hence more wins for the organization. Information Technology is always under immense pressure to increase agility and speed up delivery of new functionality to the business. A particular point of pressure is the deployment of new or enhanced application code at the frequency and immediacy demanded by typical digital transformation.


Ansible vs Docker: A Detailed Comparison Of DevOps Tools

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The Emergence of Software and the Internet have both led to industrial transformation, whether it be from shopping to entertainment or banking. Companies these days interact with their customers through the software delivered either as an online service or applications, supported on all sorts of devices. DevOps is a concoction of work practices, ethics and tools designed to increase an organization's potential to deliver its applications and services faster than conventional software development processes and techniques. Such a combination of practices, providing services at high velocity, evolving and improving products faster aids to better delivery and software development, helping the infrastructure management processes in turn. This work speed enables organizations to serve their customers better and compete more effectively in the open global market.


Kubernetes vs. Docker: Differences and Use Cases

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Do you wonder about the merits of Kubernetes vs. Docker? Let's get into the details to talk about their differences and how they work together. Docker is about developing and shipping applications within containers – also known as Docker images – while Kubernetes is high-level orchestration to potentially billions of these containers. They're different but complementary and work well together in large-scale, complicated deployments. As we discuss the differences and advantages of each platform you'll understand the big picture and be able to learn more with in-depth resources to get you both book knowledge and hands-on experience.