Systems | Development | Analytics | API | Testing

Both manual and automated testing have their place in the software development lifecycle. Understanding the pros and cons of each testing method — and the tools available for each — will help you find the most effective balance for your team.

Selenium 4 uses the W3C WebDriver standard protocol for browser automation. As browser vendors will only support W3C WebDriver in the future, using Selenium 4 ensures the widest possible range of support across all browsers, making your automation scripts future proof.

Several new features and benefits for automated testing are included in the upcoming Selenium 4 release, such as: Selenium 4 has been designed to be a drop-in replacement, but there might be cases where tests or dependencies need to be adjusted. We recommend you to go through the following sections to understand better how this new version will benefit you and what potential changes might be needed to upgrade.

In today's competitive market, you can’t afford to risk poor product quality and software failures. Unfortunately, many companies still use outdated methods to manage their tests like Excel, Word, Google Sheets, or other spreadsheet tools. Without a proper test management app, your quality suffers and testing remains archaic and at the most basic level, tracking and logging tests.

With the rise of virtual production, creative pipelines are becoming increasingly complex, and dispersed. Team members around the globe need to collaborate remotely. This can create security vulnerabilities, which can range from misconfigured SSL settings to expiring certificates. To help studios protect what matters most, the Trusted Partner Network (TPN) created an evaluation process to standardize fundamental security protocols, across the industry.

An automated testing strategy answers the who, what, when, why, and how of software test automation. While automation can be used for many kinds of software testing, in this post, we’re going to focus on the steps you should take when developing a strategy for functional UI testing (also known as end-to-end testing). End-to-end testing simulates real user conditions to test the functionality of an application from the front-end user interface.