As artificial intelligence (AI) has shifted from a movie concept to a real-world phenomenon, it’s become clear that AI will change how we do business. Smart factories, connected shop floors, and supply chain automation are already commonplace, yet manufacturing and shipping are not the only sectors adopting AI and machine learning (ML). AI is also revolutionizing software development in surprising ways.

Data centers consume a lot of energy; some say it can be as much as 1.8% of total U.S. electricity consumption. It’s why power consumption, cooling costs, and space requirements are at the heart of the sustainable data center.

WebSockets and Server-Sent Events are commonly used in realtime applications where quick and efficient data transfer is a critical requirement. The expectations of realtime experiences in applications has only grown with time, with improving technology and understanding of what is possible. This article compares two popular realtime protocols — the WebSockets and Server-Sent Event APIs. Below you’ll learn what each is capable of, their pros and cons, and when to use them.

Automated web testing solutions are essential in today’s cut-throat competition for building a quality product in the software development market. This enables CI/CD integration, Agile, and DevOps methodologies to keep up with the demand, which is continuously changing. Automated testing tools are now in charge of ensuring all test cases are covered and utilized to their fullest extent rather than just focusing on cutting testing durations.

In today’s landscape, the mobile app industry, undoubtedly, is highly competitive. That’s why marketers always keep an eye out for the latest trends and coherent strategies to be one step ahead of their competitors. Of all the tactics, one thing that might always work is providing customers with the best user experience possible. You need a strategic course of action that instantly leads you to your customers. But how?

Knowledge is powerful – but only when it’s used and shared.

Uploading a file is a common factor for most scenarios. There are many instances, like uploading a resume for your job portal, uploading your identity proof for your passport, etc. When multiple files need to be uploaded and tested at once, it becomes necessary to ensure that there are no errors to automate the test cases. Why? This avoids human intervention as it’s time-consuming. This is where Automation testing comes into the picture.

As more organizations adopt the agile methodology, the demand for automation also increases. As the agile focus on timely faster delivery, manual testing may increase the delivery time. One of the main disadvantages of manual testing is that performing the regression takes more time and involves more resources and costs. There are many automation tools in the market, such as Playwright, Cypress, Selenium, WebdriverIO, etc. Selenium is the most popular and most used tool in the market.

Testing is a crucial part of every Software Development Lifecycle (SDLC). It takes center stage in CI/CD pipeline, allowing developers to release reliable, resilient, and safe software. Multiple testing types exist, such as End-to-End testing, Unit testing, Integration testing, Dynamic testing, and more. And among all these different types, two important ones, Component and Unit testing, emerge in the initial phase of SDLC. As they are closely related, developers need to understand their differences.

A good data governance strategy should benefit all users of your organization’s data—not just those with technical responsibility for it. Recent years have seen the increasing importance of data as a strategic asset, as several companies have used it to unlock and create value. Increasingly, companies are turning to data governance programs as a foundational pillar of their data strategy (like data mesh) to improve their data sets’ quality, consistency, usability, and security.