The Future of Software Quality Assurance: Trends to Watch in 2025

Dec 13, 2024 Guest Author

The Future of Software Quality Assurance: Trends to Watch in 2025

Table of Content

Introduction

Software Quality Assurance keeps changing as technology keeps growing. In the year 2025, Software Quality Assurance will be different from what we see today. Many new modern tools, technologies, and techniques are increasing and populating the market. QA testers need to keep learning to stay up-to-date to stay relevant in the testing industry. We are going to discuss the biggest trends that will create the future of software testing. By understanding these trends, testers can arm themselves for the upcoming wave in the software quality assurance industry in 2025. Every QA software testing company strives to enhance software reliability.

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Role of Artificial Intelligence and Machine Learning in the QA Process

AI and Machine Learning are slowly becoming very popular in different fields, and QA is also no exception. AI can make the testing process even faster, find the bugs automatically, and help create the test cases as well. AI will be used in QA in multiple ways in 2025 and some of them are as below:

  • Automatic Test Creation: With AI, testers will not have to create every other test case manually. AI tools can perform past data research, like user behavior, and can suggest test cases automatically. This will save a lot of time for the testers in upcoming future.
  • Finding Bugs Faster: AI and ML can analyze past bugs and predict where the bugs might be introduced in new software. That way, testers can shift their focus to high-risk modules and areas and find the bugs faster.
  • Self-Learning Automation: As the name itself suggests self-learning means AI-based tools will learn from the previously performed tests. If the test fails, the tool can make adjustments and improve itself which will make future tests more precise.

QA testers will be required to learn these AI tools to keep up with the testing industry. As the AI keeps getting better, it is going to play a vital role in the software testing industry.

More Focus on Hyper Automation

Automation is already a common testing method used in QA, but in the upcoming 2025, it will get even more crucial. Hyper automation simply means automating each possible manual tester part of the testing, to test things quickly and remove possible the number of issues. Automated software testing services speed up the QA process.

  • Continue Testing: In the Agile and DevOps teams, testing is required to be performed continuously. Automation tests allow the testing to be done at all stages of the development process and not only at the end.
  • Automation Regression Testing: When new functionalities are added to the software, the automated regression testing checks if any other working functionality is broken or not. This is most important because new software updates are being deployed very frequently now.
  • Non-Functional Testing: Automation testing is now moving ahead of functional testing only. In the year 2025, more of the teams will be using automation testing for performance, security, and usability testing as well.

In this trend, QA testers will be required to learn automation tools such as scripting and test management software as well. With the increase in automation testing, the scope of manual testing will be lesser, so having automation testing skills will be crucial for the QA teams.

Shift Left Testing

Shift-Left testing simply means that testing started earlier in the development phase, instead of waiting until the end. This method of testing is becoming popular because of below reasons:

  • Early Bug Detection: When testing starts at an early stage, it is easier to find bugs at a lower cost. Fixing bugs in the development phase is faster and cheaper than fixing them at a later phase.
  • Better Communication: When QA teams work with developers from the start, there is a better understanding of the requirements and functionalities. Where everyone is on the same page, so there are fewer issues when the team progresses.
  • Improved Software Quality: As the testing starts, the software is tested and checked in several steps, which leads to higher quality products.

In the year 2025, shift left testing is going to become the standard implementation in many teams across the industry. QA testers will be required to work closely with the developers and the business analysts to make sure that every functionality works well together after integration.

Growing Importance of Security Testing

With more and more increasing data breaches and cyberattacks, security testing is now a must-have for every software. In the year 2025, security testing will be a major part of quality assurance. Some areas where security testing will be focusing on are as below:

  • Vulnerability Testing: Vulnerability testing helps find the weak parts in software from where hackers could attack. QA teams need to test for these security loopholes to protect the data.
  • Penetration Testing: Penetration testing means performing an attack on the software with an actual scenario to see how secure the software is. QA engineers can perform these tests to identify the risks of data theft in software.
  • Privacy and Data Compliance: With the new world privacy laws, QA teams need to make sure that the software itself safeguards the user data and follows regulations.

Security testing is very important to keep user’s data safe. QA teams will be required to learn security testing techniques and their tools, as these will be necessary skills in 2025.

Focus on User Experience Testing

Today in the world, users prefer software that is easy to use, fast, compatible, and reliable. In the year 2025, user experience testing will be the task for QA teams. Some of the key areas in UX testing are as below:

  • Usability Testing: This is about making sure that the software is simple and user-friendly as well. Testers will check how the users interact with the application, test the navigation flow, and make sure that the overall design is client-oriented and intuitive.
  • Performance Testing: The software’s performance impacts the user experience of the client. Effective software testing services lead to customer satisfaction. So the QA teams are required to test how quick and responsive the software is.
  • Accessibility Testing: Accessibility testing makes sure users with special abilities can use the software very easily and comfortably. Many countries are now asking companies to make such accessible products.

In the year 2025, QA teams will work closely with UX and UI designers to make sure the software offers an overall good user experience. Testers will check that the software is functional and usable for all users.

Testing for IoT Devices and Wearables

As more people use IoT devices and wearables, QA teams will be required to test these new technologies as well. 

Testing IoT devices is different than traditional software testing for to below reasons:

  • Hardware and Software Testing Together: IoT devices have both hardware and software, and they need to work in sync with each other. QA testers must check both parts to make sure they work well.
  • Network Testing: IoT devices depend more on the internet to work. QA teams will be required to test how each device behaves with certain conditions such as network issues, weak signals, or slow connections.
  • Security Testing: Many IoT devices collect user’s data, so security there is the biggest concern for a user. The QA teams must test the security of data that is being shared between the devices, user, and cloud and make sure there are no vulnerabilities.

In the year 2025, more companies will require a QA tester with IoT testing skills. These skills will be in high demand as IoTs will continue to grow.

Increase in Low Code and No Code Testing Tools

Low code and no code tools allow testers to create automation tests without having too much coding knowledge. The advantages of low code and no code tools are as below:

  • Easy to Use: Testers who do not have a coding background, can still create automated tests with the help of these tools. This allows more team members to perform testing.
  • Quick Test Creation: Using the help of low-code or no-code tools, testers can create the test scripts very quickly, this improves the speed of the whole testing process.
  • Collaboration: These types of tools allow the nontechnical team to be members as well in the testing process, for example, business analysts or product owners.

In the year 2025, a plethora of companies will be using these tools to make the QA process short and more aware. QA testers will be able to focus on learning these tools to save time, making the testing process easier.

Cloud Based Testing

Cloud testing will be even more popular in the year 2025 as a lot of companies shift their on-premises infrastructure to the cloud. Cloud testing offers some advantages as below:

  • Scalability: The cloud facilitates QA teams to increase or decrease testing resources as required on the go, which is specifically helpful when doing performance testing.
  • Cost-Effectiveness: Cloud testing is cost-effective because there’s no need to invest capital to purchase expensive hardware in the first place. On the cloud, companies pay only for how many resources they are using.
  • Remote Access: Testers can access cloud infrastructure from anywhere and any corner of the world, which is useful for remote or distributed teams.

In the year 2025, cloud-based testing will support faster and more efficient software development processes. QA teams will be required to learn how to work with cloud tools to keep up with these upcoming technologies.

API Testing for Microservices

Application Programming Interface (API) testing services will become even more crucial in the year 2025 due to the rise of microservices development. Below are some of the benefits of API testing:

  • Integration Testing: APIs can help different parts of software functionalities to work together, so testing these integrations is very important for the stable operation of microservices.
  • Data Validation: Many APIs handle sensitive data, so it is very important to make sure that the data that is being shared through the APIs is flowing correctly and securely.
  • Automation: The API tests are sort of easy to automate, it makes them efficient for the larger test suite runs.

With microservices architecture becoming popular these days, QA teams are required to be armed with API testing tools and techniques in the year 2025.

Conclusion

In the year 2025, software quality assurance will be sculptured by the new popular modern tools, for example, AI, automation, shift-left testing, security, and cloud-based testing. These trends are going to require a QA person to learn new tools, technologies, and skills. Work even more closely with the other departments and stay updated with the latest formalities in the QA industry. On the contrary, these changes may bring new challenges, but they offer potential growth opportunities as well. By having knowledge and accommodating to these trends, a QA person will be able to offer a key role in delivering high-quality software that meets the needs and expectations of users and businesses. An expert QA software testing company evaluates software for performance and security.

About Author

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Rushi Mistry is a Security Tester at PixelQA with a focus on cybersecurity. He is passionate about IoT penetration testing and is working towards obtaining a CISSP certification, with the ultimate goal of becoming a Chief Information Security Officer (CISO).

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