An application is a collection of several components functioning together to meet user requirements. APIs, servers, web services, databases, and more are intertwined under one roof to build software that does what you want it to do. For instance, your favorite e-commerce store has UI elements, cart and Wishlist functionality, secure payment option, rewards, login, and many more systems running together to improve your shopping experience. These separate modules communicate through an interface.

Many years have passed since the first testing methodology made its way into SDLC processes. At the time, the software testing activities were simple and straightforward: validating the application against user requirements after the development stage was over. The times moved ahead, and the procedures evolved. Today, several testing types exist under the umbrella term of ‘software testing.’ Two of them are scripted testing and exploratory testing.

Imagine you’re driving a car with the engine roaring, the wheels spinning, and the wind blowing through your hair. Everything might seem perfect until you step on the brakes, and it takes 10 full seconds to bring the car to a stop. Conducting thorough testing can help detect such flaws. Non-functional testing, here, will help test the braking system’s response time, how well it works, how effective it is, its performance, and so on.

How many times have you heard the sentence that starts with “This software is compatible with Windows 8 and above” or “Only compatible with Android version 6.0 and above”? I am sure this would ring a bell for all gamers as games are highly sensitive to the platform they are run on. But for non-gamers too this would be the first thing they need to check if they know they are operating on an older version of the operating system.

Imagine you’re planning a road trip across the country. You’ve got your car, a map, and plenty of snacks for the journey. But there’s one crucial thing missing – a functional engine that will get you from point A to point B without any issues. That’s exactly why API functional testing is so important. APIs are the engines that power our software applications. They allow different systems to communicate with each other and transfer data seamlessly.

Today, all applications run on API. It connects one microservice to another, clients with servers, and runs the most basic yet essential application services. Clearly, a well-oiled API is imperative to ensure the smooth functioning of every system. If API breaks down, the complete user experience and application are put at risk. And only proper API testing can secure the system from such downtime possibilities.

Software testing technique, called Exploratory Testing, is about testing and finding issues that standardized testing methods might not detect. You must be creative and use your experience to explore the software and uncover potential defects. It is recommended to do exploratory testing for complicated software systems. Through this blog, we will try to gain a deeper understanding of Exploratory testing.

Consider you’re building a house, and you start by laying a strong foundation before adding the walls, roof, and other finishing touches. Just as a house needs a solid foundation to stand the test of time, software development needs a reliable foundation of testing to ensure that the final product meets the needs of users and the business. And that is where the testing pyramid comes in. In this article, we will explore what the testing pyramid is, how it works, and how it benefits agile teams.

We call it Ad-hoc when we don’t have organization or structure. Thus, ad-hoc testing will be when the testing is executed without any planning or structuring. Ad-hoc testing is a type of black box or behavioral testing. With Ad-hoc testing, you don’t need to follow any strict process. There’s no formal process of testing to document. Let’s jump into this blog and learn in detail.