In software development, Test-Driven Development (TDD) and Behavior-Driven Development (BDD) are powerful methodologies that prioritize testing and shape teams' approaches to quality, collaboration, and user satisfaction. Testlio September 27th, 2024 What is TDD? Read the Comprehensive Guide Here Despite their differences, TDD and BDD share a core focus on improving software quality through rigorous testing, ensuring that the code is reliable and meets its intended purpose.

According to Stack Overflow’s recent survey, 62% of developers share a common concern – a growing and never-ending technical debt. Arpita Goala , Content Marketing Manager September 26th, 2024 Technical debt or tech debt is often an unintended and unavoidable consequence of software development. With the speed at which technologies and products evolve, technical debt is something that every quality assurance (QA) team must deal with.

Software applications constantly evolve, with frequent updates, bug fixes, and new feature additions. However, these changes can introduce new issues or disrupt existing functionalities. Testlio September 26th, 2024 Explore the Differences Between Smoke Testing and Sanity Testing According to the Systems Sciences Institute at IBM, in addition to potential damage to your brand’s reputation, the cost of fixing a bug post-release can be up to 100 times more than during the design phase.

In today's digital-first world, usability testing has emerged as a crucial tool for ensuring that products function as their users expect. Testlio September 20th, 2024 Discover Why Skipping Usability Testing Isn't Ideal Usability testing is a research process in which real users are observed while interacting with a product to identify usability problems. The aim is to make products as intuitive and user-friendly as possible, ensuring a smooth, frictionless experience.

Continuous testing (CT) is a process for testing applications continuously throughout the software development lifecycle (SDLC). The goal is to provide critical feedback earlier in the SDLC, reduce delivery times, and improve quality. Testlio September 20th, 2024 Explore Test Automation Best Practices This article will explore the concept of continuous testing, its core elements, and the benefits and challenges associated with its implementation.

The fundamental difference between manual and automated software testing lies in execution. Manual testing requires human intervention, while automated testing uses scripts and tools. Testlio September 20th, 2024 Discover the Best Practices for Implementing Test Automation In this article, we will cover the core aspects of each testing method, including their definitions, pros, and cons. Additionally, we will discuss strategies for integrating both methods to optimize your testing process.

In the software testing life cycle, integration testing represents a pivotal phase in which each integration point is tested in the system. After thoroughly testing each unit and component individually, the next stage focuses on validating how these elements interact and integrate as a cohesive system. This phase, known as integration testing, ensures that all components work together and meet the overall system requirements.

Flaky tests are the bane of every developer and quality assurance engineer’s existence. One day, they pass, the next they fail—without any changes to the code. They are unreliable and hinder trust in automation. A study by Mabl found that as much as 50% of test failures are caused by flakiness. So what exactly is a flaky test, what causes it, and how can you fix it? Our article has the answers to these questions and more. Read on to find out.

Software testing is the process of evaluating and verifying that an application meets its requirements, ensuring every function works as intended. Testing is crucial in software development because it guarantees quality, reliability, and performance and helps identify defects early in the process. Without proper testing, software becomes prone to bugs, leading to costly errors and poor user experiences. Software bugs, like the recent CrowdStrike one, cost the U.S.

Did you know that 90% of mobile users abandon an app because of bugs or performance issues? Smooth app functionality is key nowadays. Without it, users leave quickly. But with technology constantly changing, how do you stay ahead? This blog focuses on solving that problem. It explores 11 mobile app testing trends you need to know for 2024. Trends like AI-powered testing, scriptless automation, and IoT testing.

Many businesses today aim for global expansion, but entering new markets comes with challenges, one of the most critical being localization. Ensuring that your product speaks the language and culture of the target market can be the difference between success and failure. Localization is not just about translation; it’s about adapting content to resonate with the local audience on a deeper level.

Accessibility is important to all users of digital products as it helps them use the product without becoming disabled by code that doesn’t consider accessibility requirements. More people are becoming aware of the need for accessibility, and varying laws are being set. One is the European Accessibility Act (EAA), which will come into effect in June 2025, and another is the US Department of Justice revising Title II of the Americans with Disabilities Act (ADA) in April 2024.

Test driven development (TDD) is a software development process and programming methodology in which small, automated tests are written before the actual code. TDD is important because it ensures that code is thoroughly tested, leading to higher-quality software. It is crucial for reducing bugs early in the development process, leading to more reliable and maintainable code over time.

If you’re a developer or QA person, you know the importance of running different performance tests to determine how changes in code could affect performance. This highlights the importance of performance testing in the software development lifecycle. Performance testing measures a system’s overall performance under various conditions, load testing measures its performance under expected user loads, and stress testing evaluates its behavior under extreme conditions to identify breaking points.

Mobile apps are the key to business success, accounting for a quarter of companies’ revenue, according to Kobiton research. However, 75% of companies report that slow app releases cost them over $100,000 annually, making efficient and timely app testing essential. These statistics call for complete native app testing, which involves testing apps built specifically for a certain operating system.