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.

One of the new features of Xcode 16 is called "explicitly built modules". Behind this abstract name is something that makes builds faster and compiler errors more informative. As this is enabled by default for C and Objective-C code, you can experience some of the benefits instantly, but it can also be enabled for Swift code as an experimental feature. In this post, we'll explore how this feature works and the benefits it brings to projects that adopt it.

As programmers we know that, despite our best efforts, we’ll never be able to completely eliminate errors from our apps. The sheer complexity of modern apps, not least the reliance on dynamic (often third-party) inputs, means errors are inevitable and error handling (exception handling) is crucial to user experience.

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.

In the world of APIs, there are many different architectural styles for building APIs, and each one has its own benefits, cons, and ideal use cases, but two prominent approaches dominate the landscape: gRPC and REST. Both have their unique strengths and weaknesses, making them suitable for different scenarios. In this blog, we’ll delve into the key differences between gRPC and REST, explore their use cases, and help you decide which one might be the best fit for your project.

Have you ever faced a stubborn ‘403 Forbidden’ or celebrated a ‘200 OK’? HTTP status codes, specifically the “HTTP status code,” are the universal language of web servers, telling you the fate of your online requests. This guide takes you through each HTTP status code, offering insights to resolve and leverage these responses for better web interaction efficiently.

What is a possible API strategy and why is it critical to your business’s success? An API strategy encompasses planning, executing, and managing APIs to enhance interaction between applications and services. Focused on aligning technology with business goals, it improves end-user experiences, fosters innovation, and drives growth. By integrating an API strategy into your digital transformation efforts, businesses can achieve significant advancements.

API generation automatically creates an API based on pre-defined code and specific requirements, such as data access methods. APIs are the essential unit of a hybrid integration platform (HIP), an architectural approach to connecting everything or anything through a digital pulse. In this hustle to connect everything digitally, organizations need a process to acquire safe and secure APIs. API generation can make this happen, allowing companies to generate and deploy APIs without writing code.