Quality Engineering with AI-Powered Codeless Test Automation Tools

Apr 15, 2022
7 min read

Worried about the quality of your products? This article walks you through the room of quality engineering and makes you feel the power of codeless test automation tools. With Quality Engineering, QA organizations can find themselves transformed with business imperatives.

The success of your business is directly weaved with the quality of challenging and highly integrated applications. Your application drives opportunities, but the low-quality applications may cause new risks. Only a good quality product has a chance of more survival ratio in today's digital world. The objective of quality engineering is to ensure the quality of an application/product from the start, reducing the potential losses caused by bugs. In legacy systems, quality is only validated in the final phase, whereas the Quality Engineering process passes through the entire product development lifecycle. On the contrary, conventional methods are inefficient and require additional costs and effort. In addition, software testing or product testing is a hard, costly, convoluted, and tedious procedure. Each enterprise goes through a huge number of troubles during a test cycle that restricts its viability, which drives the misuse of cash and resources and is tedious. AI-powered Codeless test automation tools can solve these challenges and bring maximum value to the enterprise.


Development Time

· You need integration and system tests along with automation code with test-driven development, which is already calculated for unit tests. The code written once is generally tested in many later stages.

· The major issue is debugging the test script. The existence of any errors in the test script leads to deadly consequences.

· The compatibility issues of test tools with OS and browsers such as UFT/QTP Supports Windows operating environment only, does not support other operating environments like UNIX, Macintosh.  Selenium Supports Web Application test automation and it doesn't bolster Desktop/windows based applications.

Additional Deployment Costs

· As a software tester, you do not simply run unit tests on your machine. Along with automated tests, you have to execute them on submits from others at some central spot to figure out when someone broke your work. The maintenance and set up are a major concern even it seems to be pleasant.

Key Accelerator That Takes Quality Engineering To The Next Level

There are two contentions for not testing early and regularly. In the first place, the "we can't manage the cost of it" followed by the "we need more time" excuse. Neither of these is the right and just outcome from managers who neglect to do complete analysis whatsoever. Indeed, even the most moderate evaluations of the distinctions in the cost of defect removal show that prior is more cost-effective. An early Automation approach includes the Automation group in the early period of the testing lifecycle to help coordinate or iterative projects. Automation scripting can begin in parallel to the system development. That is why scriptless test automation tools are trusted to be able to solve the challenge of simplifying testing for QA teams and handle the growing complexity. Build a futuristic and new mode with the help of Scriptless test automation tools such as IntelliSWAUT to discover a defect proactively, and self-heal.

Phase Wise Activity in Early Automation

Requirements Phase

This is a stage, where the application requirements are characterized according to the business needs. Requirements record serves as a worthy contribution to the automation testers. Automation Testers can get functional testable requirements defined to the prerequisite records.

From the initial step of QA, associated with the where STLC? which assists to prevent the introduction of defects into Software under test. The prerequisites can be Performance, Security testing, requirement, and Automation feasibility. And the project should be possible right now at this stage.

Planning Phase

This is where the Use Case reports, Design archives, Wire Frames/Prototypes are created. Automation scripting can begin when the application functionality, navigation, and screen formats are accessible. We can take a gander at how Automation can fire ahead of schedule by getting signs below. Test Planning is the most crucial period of the Software testing life cycle where all testing strategy is characterized. This stage is defined as a Test Strategy stage.

Well Defined Use Case Document

Use Cases are a product demonstrating methodology that assists developers with figuring out which features to execute and how to resolve bugs. The automation testers need to comprehend the application's functionality before beginning the script design. The Use Case archive alongside Requirement reports can assist with understanding the Business Functionality being implemented.

Design Documents

A Software Design Document (SDD) is a composed description of a software product, that a product designer writes, to give a software development team a general direction of the strategy of the product. An SDD, for the most part, goes with an architectural chart with pointers to descriptive element details of littler bits of the plan. Automation testers in script structuring can use this report. They can find a good pace navigational progression of the functionality implemented.

An optional session with Business Analyst/Development

In the greater part of the projects, an ordinary stand-up meeting is held to examine the wellbeing of the project. This can be utilized as a contact focuses for the automation testers to close down for the large-scale level situations, that have been created covering all the necessities.

The Automation testers can get the objects, functionalities and navigation flows from the above-mentioned and starts making the object repositories, reusable capacities, information tables, and then join them to build up the test scripts covering the full-scale level situation. A hybrid framework system (a blend of data-driven and keyword-driven structure) is prescribed for this way to deal with maintaining the support at an insignificant level.

Unit Testing Stage (Test Case Development)

This is a phase when the real application is accessible in a partially or completely developed structure, where the developers/testers lead the unit testing. The real object properties would be accessible and can be captured at this stage. The developed scripts are executed right now legitimately in the developer's case or in a domain, where this build is accessible. Suppose, that all the test scripts pass, these are added to the regression suite. On the off chance that the content comes up short, the content is fixed and rerun. This procedure has proceeded until all the test contents are passed and added to the relapse suite. Maximum care ought to be taken when the scripts are adjusted, that the script developed checks the expected functionalities as opposed to considering the application behavior. Any defect found at this stage can be logged and followed to the conclusion, along these lines helping in early recognizable proof and conclusion of defects, and the Requirement Traceability Matrix (RTM) is readied

How Does Continuous Testing Differ From Testing Automation?

Today, most organizations not just uncover numerous elements of their internal applications to outer end clients, they have also assembled numerous kinds of extra software that broaden and supplement those internal applications. Significant software application failures have carried genuine repercussions to the degree that product-related risks are currently prominent aspects of numerous business financial filings. All things considered, ongoing insights propose that eminent software failures bring about a normal 4% stock value decrease about a $2.5 billion decrease in all market capitalization. This is an immediate hit to the bottom line, so business pioneers are squeezing their IT heads to discover a remedy.

With continuous testing, if your test cases have not been worked to promptly assess business risk, then the outcomes will not give the necessary feedback to ceaselessly evaluate risk. The structure of most tests is to give low-level detail on whether requirements/particulars have been met. Such tests gave no sign of how much risk the business would take if the product were released today. Consider this: Could your senior management brilliantly settle on a choice to drop a release as indicated by test results. If the appropriate response is no, then your tests are crooked with your business risk assessment criteria.

Business Benefits of Codeless Tools

Faster Feedback

Scriptless Automated testing continues as help for validation during various phases of a product software project. This improves interaction among the architects, for example, coders, designers, and product proprietors, and permits potential glitches to be quickly corrected. Automated testing assures the higher efficiency of the event team.

Accelerated Results

Due to the fast implementation of scriptless test automation enormous amount of time is saved even for intricate and massive systems. This allows for the testing to be administered repeatedly, delivering faster results whenever with lesser effort and time.

Reduced Business Expenses

It's of no surprise that, while the initial investment could also be on the upper side, automated testing saves companies many a penny. It contributes to a better quality of labor, thereby decreasing the need for fixing glitches after release and reducing project costs.

Higher Overall Test Coverage

Through the usage of automation tests, progressively several tests can be executed relating to an application. This prompts a higher inclusion that in a manual testing approach would infer a huge group constrained intensely with their measure of time. Learn how to fasten up your test automation script development by 70% here. An expanded test inclusion prompts testing more features and a higher quality of use.

Reusability of Automated Tests

Due to the tedious idea of test automation test cases, notwithstanding the generally simple configuration of their arrangement, software developers have the chance to evaluate program response. Automated test cases are reusable and can consequently be used through various methodologies.

Earlier Detection of Bugs

The documentation of software defects turns out to be extensively simpler for the testing teams. This helps increment the general development speed while guaranteeing the right functionality across zones. The previous a defect is distinguished, the more cost-effective it is to fix the glitch.

Thoroughness in Testing

Testers will, in general, have diverse testing approaches and their central regions could shift because of their exposure and expertise. With the incorporation of automation, there is an ensured center around all regions of testing, thus guaranteeing the most ideal quality.

Faster Time-to-Market

Test Automation incredibly decreases an opportunity to market an application by permitting steady execution of test cases. When automated, the test library execution is quicker and runs longer than manual testing.


In a fast-paced and changing digital world, companies want their IT partners to do more with less. Concerning software testing, this spots overwhelming pressure on software testers who are required to push top-notch code quicker at a lower cost. To streamline software testing, enterprises need a scriptless methodology where their testers embrace an end-client attitude by testing genuine client ventures and basic business transactions without needing to worry about coding. Moreover, scriptless tools enable cross-functional teams to collaborate efficiently and deliver value-added testing services. Finally, collaborating with an experienced vendor for CI/CD initiatives will facilitate accelerated time-to-time market and greater ROI.

Codeless test automation tools such as IntelliSWAUT – an all-in-one scriptless test automation tool (A product from Sun Technologies) will help organizations improve productivity and deliver more with its amazing AI capabilities. It helps you to accelerate 5x the delivery velocity and product quality rate. Bringing together the conventional disconnect among groups, testers, and developers can learn and execute effective automation scripts with the correct skill, and optimize the product engineering easily.