QA Testing- Follow 7 Best Practices For QA Testing

High performance, robust security, and user experience are the cardinal aspect of mobile app popularity. Mobile app QA and testing ensure that all of these aspects are tested and flushed out vulnerabilities if exist before the app is launched. Any business that’s a little doubtful about QA and testing importance.

Ask them about security breaches that make the app fail or bugs that negatively impact the app’s performance and experience. The increasing cyber-attacks have made QA testing integral to the app’s success. Simply realizing QA testing’s importance is not sufficient as it brings optimal results only when the best practices are followed.

Before we take a deep dive into QA testing practices, let’s first understand QA testing in a nutshell.

What is QA testing?

QA testing is a process of ensuring that the product developed is bug-free, has no crashes, and has no resolution issues when it’s accessed on different devices. The flawless delivery with no compromise on quality is what QA testing promises. It assures the best user experience by preventing all the issues that impact performance or quality through various types of testing such as functional testing, UI/UX testing, usability testing, performance testing, security testing, and more.

QA testing brings winning outcomes only when the best practices are followed. Here are a couple of practices to ensure QA testing delivers results as expected.

7 best practices that bring good results with QA testing

Define QA objectives

The QA process involves writing test cases, test scenarios, and other testing procedures where in different stakeholders are involved such as developers, product managers, business analysts, and the QA team. Everyone on the team is equally accountable for accomplishing QA objectives. Everyone on the team performs a different type of testing to ensure the software is defect-free and the system work as expected.

The QA goals set for different team members are- to check open defects, ensure all the code requirements are met, make sure software requirements are fulfilled, and identify bugs that interrupt software functions.

Create testing plan

The roadmap is created for test procedures that determine the number of sprints, how to implement sprints, and define milestones for sprints. The team is involved in every phase of the testing plan to improve QA testing. Every minute detail related to the QA project is planned such as which testing is performed by which team member and the resources, they need for completing QA testing before the deadline.

QA testing plan is agile fashion where in sprints are tested in succession- are also getting popular as they meet quality standards under the rapid app development umbrella. However, it requires seamless communication and collaboration among all the team members to drive expected results.

Combine automated and manual testing

QA testing requires both types of testing which require the QA team to decide which test is the best fit to test specific elements of the software at which development phase.

For instance, manual testing is ideal to test user experience for the app’s look and feel, usability, and more, which requires competent and qualified testers on the board that have similar tastes of the target audience. Later, manual testing is complemented with automated testing to speed up white box testing, performance testing, load testing, and more.

Automation testing never meets all testing requirements. It always needs to use in conjunction with manual testing to achieve the best results.

Continuous testing

Continuous integration and continuous deployment are the part and parcel of modern software development where software is mandatory either in the middle of development or post-development to ensure software stays up-to-date with the market. Continuous integration involves making changes to the codebase and continuous deployment involves pushing changes to the production.

When continuous testing is incorporated during continuous integration and continuous deployment, a series of tests are performed for quality management. It also helps in incorporating user feedback into integration and deployment so that issues are addressed instantly and an enhanced version is released shortly.

Embrace two-tier approach

When major changes made to the project by the developer during development are moved to work on another project, then getting the project completed on time is impossible. The worst thing is when the QA testing team is unaware of the resources or testing tools leveraged during the QA process.

That’s where the two-tier approach helps. It enables developers to apply automation testing tools to enhance the testing process. Tier one in the testing process goes through code testing that validates changes rapidly and is performed in conjunction with sanity testing and ad-hoc testing.

Execute risk-based testing

Focusing on the high risks areas is all-important to ensure the defects in the software won’t impact performance. That’s where risk-based testing helps in identifying all the project risks, prioritizing them, and then arranging the testing process. QA testing team incorporates a risk-based testing strategy that makes code architecture and software testing easier.

In the strategy, the team has a prime focus on the functionality that’s most prone to theft or attack risks. It helps in quality software delivery, which ultimately enhances customer experience.

Test industry compliance

The businesses and developers best understand the impact of overlooking industry regulations and compliances rolled out by different nation’s governments. Following the compliances enable software to not fall into the subjection of legal issues or heavy penalties. For instance, abiding by the GDPR act is important for businesses operating in Europe that protect the user’s data usage.

Healthcare industry apps need to comply with HIPAA regulation that ensures user information security in the USA. PCI DSS compliance is mandatory to follow for banking and financial organizations that ensures users’ financial data security worldwide.

Conclusion

QA testing is integral to software development to achieve high-quality and high-performant software in reality. The continuous review and considering the best QA practices ensure QA testing is done efficiently. Seven best QA practices are illustrated and the practices you leverage depend on the software testing needs. All in all, create a QA testing strategy that helps in testing the software wearing the users’ lenses while ensuring quality standards are maintained.

AIMDek’s QA testing team performs continuous testing and takes all the quality control measures to meet testing needs and ensure the software released is of high quality.