New apps and products enter the market daily, each undergoing rigorous testing before release. As automated processes advance across various industries, software development is no exception. Many quality assurance (QA) teams heavily invest in automation to handle most of their tests. This ensures repeatable tests are efficiently executed while quality assurance professionals focus on other tasks. With all these advancements, one might wonder: Is manual testing still important? The answer is yes!

Is there a formula or approach to estimate how much you should spend on your quality engineering (QE) efforts? Our CEO, Steve Semelsberger, is frequently asked that question in discussions with other leaders. In part II of his quality engineering for CEOs series, Steve guides us through various scenarios and offers a unique approach to calculating your QE spend based on your specific business needs. Read the article now! If you missed part I, you can catch up on it here.

Regression defects are unexpected errors that arise in previously functional software following updates or modifications to the codebase. A significant 85% of development managers agree that reducing technical debt, including regression defects, without compromising innovation has become increasingly difficult. If you’re like most software developers or testers, you’re always looking to improve the quality of your code. One way to do this is by understanding and preventing regression defects.

In software development, manual testing is key to ensuring quality and user satisfaction. This guide covers the basics of manual testing, its types, and how to perform it effectively. Studies show that 41% of software bugs are found through manual testing. In this article, we’ll explore different types of manual testing, such as exploratory, usability, and regression testing. We’ll also compare manual testing with automated testing.

According to Gartner’s 2023 report, 60% of the organizations surveyed automate their software testing to boost product quality, 41% reported using it to speed up deployment, and 29% say it helps alleviate their QA teams’ workload. Also, 43% of these organizations claimed that test automation results in higher test accuracy. Despite automation’s large-scale adoption and various benefits, many QA leaders and test engineers find its implementation challenging.

From traditional brick-and-mortar establishments to sophisticated online platforms, the banking and fintech landscape has drastically evolved. Today, customers expect flawless digital experiences. Any flaw in the experience can cost you their trust, loyalty, and business. Digital banking offers the convenience and accessibility that your customers crave. However, with this transformation comes an increased risk of security breaches, operational failures, and user dissatisfaction.

Quality assurance (QA) is a critical aspect of software development. It ensures that products function correctly, meet user expectations, and maintain high reliability. Without proper QA, software can be riddled with bugs and errors, leading to user frustration, security vulnerabilities, and financial losses. Companies reported 7 billion in losses in the US alone due to software bugs in 2020.

Have you ever considered the importance of test automation services in software development? There is growing user demand for advanced features and faster releases, Moreover, development teams are constantly pressured to deliver high-quality applications quickly. Test automation transforms the industry by enabling faster, more efficient, and reliable testing processes. Automation testing offers numerous benefits: It’s faster, more efficient, and cost-effective than manual testing.

Software testing evolved from a simple debugging activity in the 1950s to becoming integral to software development with advanced testing tools and test estimation techniques. As a C-level executive or business developer, ensuring your teams provide accurate QA effort estimates is crucial. This precision influences the project outcome and bolsters your credibility with clients. Underestimating QA efforts can lead to potential underperformance and unclear requirements.

Today, as businesses invest approximately 23% of their annual IT budget in QA and testing, the field of QA is undergoing a transformative shift. QA teams are often tasked with developing comprehensive test plans based on application development methodologies, architecture styles, frameworks, and other factors. However, for QA teams to develop better-quality software, they need to have the right mindset rather than simply enforcing rigid review processes.

Across industries, failed payments can have irreversible consequences. Ensuring a smooth and reliable payment process is not just about preventing revenue loss but also about maintaining customer trust and satisfaction. This underscores the critical importance of comprehensive payment testing to maintain transactional integrity and customer satisfaction in today’s digital economy. This article explores payment testing best practices to ensure excellence in digital transactions.

While quality assurance (QA) and quality control (QC) are often used interchangeably, they are distinct processes that work together to ensure your software quality meets customer expectations. This article will cover the key similarities and differences between QA and QC.

As software applications have evolved over the past two decades, their reach has expanded to various platforms. For instance, desktop applications like Microsoft Office have transitioned to web applications like Office 365, and web applications like Amazon now have companion mobile applications. According to Statista report, global app downloads stood at 257 billion in 2023. The app market is expected to generate $613 billion in revenue by 2025.

As we move through 2024, early-stage quality assurance methods ensure you meet the changing software development landscape. As a preliminary test phase, smoke testing verifies that the application’s functionalities work as expected after updates or integrations. This article will explain why smoke testing is important, as well as practical applications, examples, and best practices for smoke testing in the early stages of development.