The Importance of QA in Digital Transformation

The Importance of QA in Digital Transformation

Сonsumers become more demanding while competition becomes fiercer. Therefore, companies from various industries are resorting to digital transformation to better match the market’s demands.

 

However, implementing new technologies is only half the battle. To keep up with rapidly changing requirements and trends, businesses need to use reliable and defect-free software, which cannot be developed and released without careful quality assurance.

 

What QA means in the modern business environment, what impact it has on the overall transformation, and how to evaluate its effectiveness, we will discuss below. Keep reading to find out more about the benefits you can take advantage of and best practices you can apply.

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Quality Assurance in the Age of Digitalization

Quality assurance includes a system of tools and approaches that teams use to increase the reliability of products. It helps companies cope with the transition period and ensure that the innovations they resort to will have positive consequences and will not have any negative outcomes.

 

Although QA is designed to verify software, it should not be confused with testing. Testing is a reactive technique focused on identifying and resolving bugs, whereas quality assurance is a proactive strategy that aims to prevent defects. In addition, unlike testing, QA is applied to the entire software development life cycle, accompanying each of its stages. 

 

Most often, quality assurance is handled internally by testers and QA engineers. However, if you lack digital specialists or experience, you can resort to external help. Engaging a third-party vendor makes sense to save budget and speed up the release. To get more details about digital QA specialists just look over this link.

The Role of QA in Improving the Efficiency

The successful and smooth implementation of innovations is impossible without thoughtful quality assurance. Let’s detail its role for businesses that resort to improvement.

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Impeccable User Experience and Positive Feedback

Applications and programs that operate efficiently and rapidly will always rank highly in the market. If the functionality of your product is low or it often crashes, get ready to lose the trust and loyalty of most customers.

Early Defects Detection and Reducing Risk

Quality assurance insists on the early involvement of test engineers in software development. This helps prevent the appearance of serious defects and eliminates them before they lead to critical failures.

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Increased Flexibility and Acceleration of Development and Deployment

If your workflows are well-established, you can easily scale the project as needed. In addition, early involvement of QA reduces the required time and helps to avoid deadline delays.

Reduction of Extra Costs for Defect Elimination

Bugs found at later stages are much more expensive to eliminate than those discovered at the initial ones. The reason is that they have a greater impact on the overall integrity of the system and can entail the need for significant improvements.

Ability for Frequent and Effective Updates

Whatever innovations you implement, over time, they will still need updates. To make them go smoothly, you should resort to modern quality assurance methods that will help you cope with regression testing quickly and effortlessly.

Some Best Practices to Incorporate

The constant technology development leads to a parallel quality transformation. Consequently, the industry is implementing new methods and instruments for quality control. Here are a few that you can consider for your own project:

 

  • Automate tests. They speed up testing, expand test coverage, and help avoid human errors.
  • Involve AI for test generation and improvement. Artificial intelligence has significant potential for dynamically improving test quality, self-analysis, and learning.
  • Integrate agile methodologies. Their main principle is to ensure simultaneous software development and testing in order to avoid potential failures or detect bugs.

 

Simply put, constantly monitor the situation and trends and improve testing according to new tools and methodologies.

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Common Metrics for Measuring Process Performance

To be successful in quality assurance and transformation, you must create a concise strategy and follow it. In addition, you need to identify key metrics that will serve as a guide to how well you are managing the process. They may include the following:

 

  • Test coverage. The higher it is, the less likely you are to detect any software defects after deployment.
  • Defect leakage ratio. This indicator indicates how deep your analysis was and how many bugs you let out of sight.
  • Mean time to discovery and mean time to repair. These metrics determine how long it takes you to find a bug and what time you need to fix it. 

 

Improving business performance is impossible without the implementation of modern technologies and digitalization. The development of innovations, in turn, is inextricably linked to careful software quality assurance. To achieve success and move ahead of competitors, you must make efforts and devote equal time to both improvement and testing.

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The Importance of Quality Assurance in Digital Transformation

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