Test Analytics with AI-Based Automation

What are Software Testing Metrics?

As a project manager if you want to know how productive your team is. The answer “very productive” sounds good, but not enough to satisfy the higher management and business unit owners. They want to see the numbers to substantiate these claims.

Similarly, when asked about project progress, the answer “as per the schedule” is not the right answer when it comes to presenting it to the people who matter, i.e. customers. They want to see some tangible progress on board.

“What about the health of the project?” – “Very few defects here and there” will not cut it. Where are the numbers?

That is where software testing metrics step in.

Software testing metrics are quantifiable measures that help the business and technical stakeholders to determine a software project’s progress, quality, and people/process efficiency.

But, throwing in just some random numbers won’t help your cause unless they are in strong context with the project under development. It is important to consider the type of project, requirements, timelines, budget, and of course the quality process too before defining the metrics.

Types of Software Metrics

Software metrics can be broadly classified into 3 categories.

Project Metrics: These metrics help in evaluating project status, estimating variance in schedule/cost, assessing productivity, and quantifying defects to measure the project’s health.

Product Metrics: These metrics are based on product specifics like size, complexity, performance, etc.  These are measured at different stages throughout the software development to ensure that the product is being developed as per the requirements.

Process Metrics: These are used to measure the efficiency of the software testing process based on the net outcome in terms of defect-related numbers within the specified timeline and budget. These numbers help in optimizing the process further for improved results.

For every metric type usually, there is a base metric and derived/calculated metric. Base metrics are specified during test planning and derived metrics are calculated by applying specific formulas.

The Need for Software Testing Metrics

Software testing metrics answer the questions that aid the managers, customers, decision-makers, and technical teams in making informed decisions about their projects.

These are just a few examples, but when you sit down and start listing down the metrics, more questions will arise, that will get your think tank working to start deriving metrics pertinent to your software. Some metrics are relevant to the internal development and process teams, while some act as project health indicators for the management, and some act as flags for the customers.

Importance of Software Testing Metrics (How They Make QA Process More Effective)

Software metrics are the definite numbers that help the business/technical stakeholders to understand the efficacy of their process, monitor critical operations, evaluate the outcome of QA Ops and then charter the future course of action based on the findings.  

Let us understand how these metrics make the QA process more effective.

Efficiency evaluation:
The software metrics help you in understanding whether you were right about the budget or estimating the time based on the quantum and complexity of work. They also help you in evaluating the effectiveness of test planning and execution.

Identifying areas of improvement:
Do you want to understand the testing and patterns that emerge from the results? Software testing metrics are there to help you. They provide insights into software behavior and help the teams to observe and evaluate defect patterns, defect density, defect distribution

Keeps stakeholders informed:
No need for the managers and the customers to worry about slipped timelines or overshooting the estimates, because the metrics keep them all apprised about the project progress and quality

Help in decision making:
Now that all the concerned parties are equipped with the knowledge of quantifiable measures, it becomes much easier to make decisions about the project and optimization of process and resources.

Help in charting the next course of action:
With timely decisions made, it becomes even easier to plan for future work strategies.

Serves as proof for predictions:
Didn’t you set certain estimates at the outset of the project? These metrics will help in proving you right or wrong w.r.t. time, effort, cost, skill, etc.

Few Useful Metrics for Test Analytics

Let’s face the fact that it is a herculean task to track and measure every parameter during software development. Hence it is wise to identify the metrics that align with your business priorities, and they need to be analyzed and revisited from time to time. A few thumb rules that you need to follow for metrics independent of business are that they should be easy to understand, use consistent measurement units, adaptable, reliable, and accurate. This section will list down a few common metrics used in software development for you.

Requirements related:

Requirement related metrics help you in identifying, monitoring, and evaluating how effectively a requirement is translated to an error-free functionality and is working as expected.

Some examples of requirement related metrics are,

•  Requirement traceability matrix(Trace defect to user story)
• Test cases created per requirement
• Test cases per requirement executed/deferred
• Requirement coverage
• Requirement defect density (Number of defects per requirement)

Test related:

Test related metrics help you in evaluating the efficacy and efficiency of your testing process. Some of the key metrics to measure that are listed below:

• Test coverage
• Test execution summary
•  Number of tests executed
•  Number(or %) of pass test cases
• Number(or %) of fail test cases
• Time taken in executing tests
• Automated test coverage(higher this percentage, lower are the chances of defects in the system)

Defect related: 

Defects discovered during the testing have many stories to tell. They tell you how correctly the requirements were understood and then translated into functionality. They also tell you how skilled your workforce is by highlighting the quality of the module under test. Many defect-related metrics can be included in your testing process, some important ones are mentioned here.

•  Defect severity
• Defect priority
• Number of open/closed defects
• True pass / true fail

How AI-Based Test Automation can Help

The delivery of high-quality software that makes customers happy, within stipulated time and budget is a tall order indeed. Over the years, the process has improved exponentially and with AI test automation at your assistance, the tasks have become comparatively easier.

Test case generation:

Understanding, analyzing, and then translating the requirements to test cases is a time-consuming job. AI-based tools can do it for you in lesser time and you can redirect your effort in listing down the metrics related to requirements (as stated in the previous section).

Self-healing tests:

Self-healing of test cases and executing them within the same test cycle is one of the biggest pros of integrating an AI-based testing tool in your software development process. It not only optimizes the test cycle and saves time but also ensures the schedules are adhered to. This has a direct impact on ROI, saving time and effort translates to cost savings too.

Predictive analysis:

Maintaining a high level of quality in iterative development is a difficult job, but then it needs to be done. There are times when certain bugs escape the net and reach the customer, which isn’t a very pleasant way to find out that you have goofed up somewhere. That is where the predictive analysis capabilities of AI help. We have covered it in detail in our blog about intelligent analytics. Do read it to have a better insight.

Comprehensive reporting:

Is there any point in going through the exercise of identifying and calculating the metrics if they cannot be reported and analyzed in an easily understandable manner? Detailed and easily comprehensible test failure analysis is very important to understand what all happened from conceptualization to the realization of the testing process. And that is where AI will take some workload off your plate. AI-based test automation tools not only generate detailed reports but also send real-time alerts to all the involved teams.

Webomates CQ delivers all of the above with the service level guarantees to support its claims.

If you are looking for a one-stop solution for your testing needs then look no further, reach out to us at info@webomates.com.

Webomates provides intelligent automation solutions with intelligent analytics. It leverages the power of data processing, analysis, reasoning, and machine learning to provide an end-to-end testing solution for your business. We have a capable team of analysts and engineers to aid you along with the power of intelligent automation. 

If you liked this blog, then please like/follow us Webomates or Aseem

Tags: AI test automation, AI Testing, Software testing metrics, Test Automation, Testing metrics