Did you hear about that growing start-up building a mini e-commerce app, facing difficulty with its quality control? Chances are, you did. Budget constraints forced them to hire a single QA engineer, who was perplexed with the surmounting bugs and the flooding complaints from their clients.
The app had a slow load time, network connectivity issues and allowed multiple logins from 10+ devices at a single time. This was just the tip of the iceberg. The app also had several functionality issues, which hindered the checkout process and a tardy UI.
Though the QA person tried hard to fix them all, one after the other, the issues kept coming, until he put his hands up together and resigned.
The question that arises is: Where did the app developers go wrong?
Did they choose an inexperienced professional?
- Did they specify only a short-term QA process but forgot about their long-term QA goals?
- Did they chart out an incomprehensive test strategy?
The answer to many such questions lies in an optimized QA methodology.
What is an optimized QA methodology?
At its core, an optimized QA methodology refers to various testing approaches followed to make the QA process time-efficient and cut down on costs as much as possible. When a QA methodology is implemented the right way, it helps the QA teams to get the best out of their testing efforts.
The priority, however, remains on achieving these efficiencies without compromising on the accuracy of the test results.
An optimized QA methodology is necessary to ensure that the software/application under development performs as expected in multiple environments and on different platforms.
Ingredients of an optimized QA methodology
1.Incorporating QA in the early stages of development.
A mistake that some developers make is to introduce QA just before deployment for a quick quality check. It results in uncovering too many unexpected bugs that are difficult to take on, given the project’s timeline and inherent costs of fixing those bugs.
Moreover, fixing bugs that are found later results in affecting other parts of the code. Therefore, an optimized QA methodology focuses on making QA a part of the SDLC early on, essentially from the requirements specification and the design stage.
2.Creating accurate, result-oriented test suites.
Test optimization is another crucial aspect of an optimized QA methodology. It involves the evaluation of test suites based on their value to the overall QA process.
This means redundant and lengthy test suites are eliminated. Only a minimal subset of test suites is created to see if the application performs as expected and follows the pre-defined requirements.
3.Selecting appropriate tools and frameworks.
The success of quality assurance largely depends on choosing the right tools for software testing. It’s easy to select the wrong tools, with the many options available. Before selecting the appropriate tool for your testing process, you need to review it with a trial.
You also need to identify and implement the right testing frameworks for your requirements, based on the type of application and the platforms it needs to be tested on.
The tool selected must also support the programming languages used by the QAs.
4.Reviewing and performing code clean up at each sprint.
Conducting reviews at regular intervals help QA teams keep a track of regressive bugs. They help in monitoring progress and pinpointing any loopholes that may deter the QA process speed.
Post sprint reviews also help evaluate how much of the product is coming close to what was initially specified in the requirements definition stage. Each review essentially lets the QA teams know how much closer they get to an excellent finished software product.
5.Leveraging the power of automation.
A sound QA methodology is focused on technology assurance. Therefore, it doesn’t shy away from experimenting with test automation. Test Automation can take the load off the QA team freeing them to do other critical quality-related tasks. It is beneficial for improving workflow and boosting productivity.
Quality-focused businesses are using automation tests to shrink the testing run time and counter high-risk areas. It is especially helpful with regression testing, where new features are constantly added, and existing ones are altered/improved.
6.Testing across multiple devices and in real environments.
Simulation test environments and devices are not enough when performing software testing. An optimized QA Methodology requires tests to be carried out in the real world. When an application is crowd tested, bugs pertaining to network carriers, storm readiness issues, browser compatibility, and operating systems errors are uncovered.
It leads to more exhaustive test coverage. Businesses need such comprehensive test coverage to develop quality applications that work well, given any operating conditions.
When testing on multiple devices, it should be automated for the entire test suite to be completed in a minimal timeframe, thus leading to a more optimized QA process.
The journey from quality assurance to business assurance
For companies going through a serious digital transformation, QA is an important steppingstone to achieve an improved customer experience and shape a quality-focused organization.
Quality assurance not just emphasizes performance and functionality correctness; it also establishes accountability of failures in what is necessarily a complex digital environment.
The role of an optimized QA methodology in shaping a profitable business.
Improving your application’s quality should be your prime goal to maintain credibility in the market. In today’s world, where market competition is fierce, one glitch is all it takes to lead to a loss of revenue, customer loyalties, and ultimately a negative brand image.
An optimized QA methodology works by ensuring that your business process focuses on both Quality experiences and ROI equally.
How to determine a suitable QA methodology for your business?
By now, one thing should be set in stone:
Quality is the most critical component if business assurance is the goal.
Laying down the QA path for your long-term quality and business assurance journey is simple. Chart out the quality metrics you are chasing. Is it decreased glitches, quick load times, quick responsiveness in the event of outages, or an overall well-performing SaaS application?
A streamlined QA methodology will have the right mix of functional and non-functional testing types to tackle the most persistent QA issues while maintaining a healthy quality throughout the SDLC.
When you work with a reliable QA services company, they look at your business with a quality lens, helping you create innovative business solutions. Pure play technology assurance companies shape the right software testing solutions for you based on understanding where you are in the QA journey to ensure long-term profitability.
With 10X faster testing, Qualitest offers bespoke software testing solutions for developers looking to test their applications out in the real world. Our world-class testing solutions in quality engineering combined with the deep expertise of our testing professionals help you gain the business assurance advantage while maintaining quality at prime.