Automation testing is a vital part of modern software development, ensuring applications work correctly across all browsers and devices. Two of the most widely used tools for automation testing are Selenium and Cucumber. Together, they provide a robust solution for developers who want a code-driven test automation framework with impressive functionality and control, as well
A structured approach to efficient software testing Software development is a balancing act between speed, quality and efficiency. Testing is at the core of this balance, ensuring that the software meets both functional and non-functional requirements. But not all testing is created equal, and the test pyramid is a model designed to optimise your testing
Mobile apps are everywhere, and they do everything – from providing banking services, watching TV, paying your electricity bill – and users have come to expect reliable performance from the apps they use. The rate at which development needs to take place, along with the ever-growing diversity of devices, operating systems, screen resolutions and browsers
As we know, reliability and performance are paramount in software testing. It’s pointless “testing” a piece of software where key incidents and issues aren’t identified.That’s where synthetic testing comes into play – a proactive means of ensuring consistent quality assurance. Synthetic testing allows developers and QA teams to detect performance issues beforehand by replicating user
Nowadays, when producing any kind of application, it’s expected that the application be functional and reliable right out of the box. People have very little tolerance for bugs and functionality issues; because usually there’s an alternative on the market they can go to if your app doesn’t work properly. Software testing plays an important role
As businesses and users demand more from software applications, ensuring scalability has become a crucial factor for long-term success. Applications are increasingly required to handle an increase in workload, user traffic spikes and volumes of data reaching higher levels, all while sustaining performance. Scalability testing will ensure that your software meets these demands without compromising
One of the most frustrating obstacles that occurs in automated software testing is test flakiness. Test flakiness effectively means unreliable, inconsistent or inconclusive test results. Automated testing was designed to avoid the flakiness that comes with manual testing, but it still occurs, and when it does, it can be very confusing and time-consuming to resolve.
Speed and reliability are crucial in software development – we all have tight deadlines to meet. Traditionally testing is done at the tail end of a development lifecycle, which can make fixes more expensive and time-consuming, creating bottlenecks and delaying releases. Shifting left challenges this by moving testing earlier – shifting it “left” on the
Think about this: How many times a day does someone access their smartphone? Now, imagine opening your favourite mobile app, but it’s not possible to see half the screen, or the buttons are way too small to accurately tap. This sounds frustrating, but unfortunately is the bitter reality for millions of disabled users worldwide. That’s
Alpha and beta testing are considered two major phases in the life cycle of software development, confirming that the product has reached stability, functionality, and usability before its release. Alpha testing is performed internally by developers and QA teams, which emphasises finding and fixing major bugs in controlled conditions. It lets teams validate the core
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