A Complete Guide to Application Testing with AI and Machine Learning

Posted By :Sanjana Singh |27th July 2020

Application Testing with AI and Machine Learning



Artificial intelligence and machine learning (AI / ML) are already connected to the default automotive testing software and provide accurate test results. Developing and testing teams now have the ability to use AI / ML technology to increase automation, adapt faster, and perform more efficiently. Application testing with AI is, therefore, an essential approach to boost operational efficiency and product iterations, and development cycles. 


Over the past year, there have been renewed efforts to implement both the two quality assurance (QA) technology and automation testing in all sectors. Development and testing teams continue to use both technologies to prioritize test cases, acquisition and classification, identify test materials, and make connections during testing, etc.


In this edition, we, at Oodles, as a well-established AI Development Company, provide a comprehensive guide to AI and machine learning-based application testing. 



                                             Image downloaded from: https://static.javatpoint.com/tutorial/machine-learning/images/applications-of-machine-learning.png


Machine Learning Applications


With traditional software engineering, a software developer begins by collecting needs from participants. The engineer then translates these requirements into rules or algorithms for using the software. When the software is running, the rules or algorithms are similarly designed by the developer to provide feedback to the end-user. An answer bug means that the engineer made a mistake in drafting the rules. The software development community has a lot of testing tools, strategies, and frameworks that help to validate the rules before the software stays live.


Under machine learning development, an engineer must follow a two-stage approach. First, an engineer should gather the information that gives good examples of the behavior that the participants would like to see. These behaviors are defined by input data combined with appropriate responses (e.g. labeled data). After that, the engineer needs to "train" machine learning model to learn from those examples the rules that connect the input data to the answers. The first phase thus ends with a trained machine learning model. The second stage consists of building an application that allows the end-user to enter new data and receive feedback from a trained machine learning model (e.g. Perform infer). An error in the response could indicate either an error in the sample data, or an error in the learning machine learning model, or an error in the programmed application code.


Challenges to Testing Machine Learning Applications


Machine learning programs are developed leads to several self-assessment challenges:

  • You need to test all the data, code, curriculum, and frameworks that support ML development.
  • Adequate traditional testing methods such as test coverage do not work.
  • Each time data training is updated the behavior of your ML model may change.
  • Creating a test or test (e.g. labeling data) takes time and is very expensive because domain-specific information is required.
  • Because of the difficulty of finding reliable carpenters, ML tests often reveal false positives in reported bugs.


AI and ML Application Testing Cases


There is no denying that AI will continue to play a significant role in experimental programs. Interestingly, almost all test cases and test methods now use AI and ML technology. Before hiring an iOS or Android app development service provider, you need to have a clear idea of how AI can affect these test cards.

Let's explain some of the cases of default AI and ML testing.

  • Log Analysis: Identifying different cases of manual and automatic testing.
  • Preparing Testing Areas: Identify and eliminate duplication and unnecessary cases.
  • Height Test Obtaining: Ensure the closure of the upper test using the Requirements Traceability Matrix (RTM).
  • Predictive analysis: Locations of the patent application and specifying key components for predictive testing.
  • Positive Analysis: Identifying various application areas and related application issues that require repair work.

By 2020 and beyond, machine learning will become more mature, and more organizations will use ML techniques to gain a competitive advantage. Fortunately, mobile app testing will get a fair share of these features including machine learning technology.



                                                Image downloaded from: https://slideplayer.com/slide/17518971/103/images/3/Where+AI+fits+in+QA+and+QA+fits+in+AI.jpg


AI / ML methods to modify application testing


Now let's explain the 3 most important ways in which AI transforms experimentation.


Switching Tools and Tools:


As AI and Ml continue to be the mainstay of app testing technology, new tools and software continue to make AI implementation easier. AI will compel the creation of a whole list of problem-solving testing tools to ensure faster, better, and less expensive test output. AI will completely change the way we used to do selection, management, and driving systems under test (SUT).


Determination Will Disappear:


For many app reviewers when using AI to test one big time to understand that AI does not give priority to clarifying problem detection. The solutions provided by AI continue to change as the system continues to receive new information. Test objectives continue to change as the test method incorporates new data.

There are many surprising results with AI-based testing. The examiner needs to use a test system several times to make sure that the mathematical conclusion is accurate and precise. It, therefore, requires that the testing infrastructure learn continuously through test data. Test results continue to improve AI-making decisions and in doing so improve.


Becoming Smart Testers:


While human thinking is all-powerful compared to a machine that has led to understanding and thinking, with the help of AI and ML algorithms that help make decisions driven by data, even human analysts and testing experts in the coming years will be smarter and clearer than ever.


Just look at a situation where both test systems and applications depend on the use of AI and ML technology. This has occurred in some experimental cases where automation despite being aware of the complexity of the system has not been able to penetrate the process between direct and indirect behavior under test. In situations like these, testing professionals can play an effective role as they know the source, the product owner, the customer, or just a stakeholder.

How can AI-powered system AI test applications affect us as testers? Yes, future test technicians and engineers working with AI algorithms and tools will need the powerful ability to set up and create AI-based test checks that can test AI-enabled applications. Such activities will require in-depth and powerful science skills, and instruct on in-depth learning goals.




So even though the recommendation model was done well, it did not satisfy the user. We had to change the model to create a better user solution. We tend to think we know what our model is doing, but we don't know what users are doing to it unless we test it.

AI and ML-based algorithms, such an effect cannot be completely disproved by the possibility. In the years to come, human testers will continue to have a small and low impact on the software testing industry. Only a handful of trained data scientists will be able to take responsibility for job evaluation and opt-out. The future of experimentation certainly belongs to AI and ML


About Author

Sanjana Singh

Sanjana is a QA Engineer with skills in Manual Testing and always eager to learn new technologies.

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