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sun-technologies · 3 years ago

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Trending Best Practices for Software Quality Assurance in 2022

In the growing digital world, organizations are releasing a lot of applications in the market to keep up with the phase of constantly changing customer demands. The organization must maintain its applications free from bugs and glitches, which can help them gain customer loyalty in the longer run. The only recommended way to maintain the application free from bugs and glitches parallel to development is to implement software quality assurance (SQA) within the development process.

As the software quality assurance process is an umbrella with software testing and software quality control processes combined under it. A right implemented software quality assurance process can deliver satisfactory applications free from bugs and glitches that establish trust as per the client’s requirements.

By now, you would be getting a clear idea of why software quality assurance is crucial for delivering quality applications. This blog will discuss trending best practices in software quality assurance that will help your organization have the highest quality application and gain customer loyalty.

1. Have a dedicated team for performance testing and security testing

Security testing and its performance are two different processes that require two individual expertises that protect the application from performance and security parameters. Having a dedicated teams for performance testing as well security testing within the organization quality assurance team is best practice which ensures application performance to be on top with greater protection from new security threads.

2. Adopting trending scriptless test automation tools

It is time-consuming and challenging for the organization's quality assurance team to develop and test the application with the heavy code-based tools. This also increases the chances of human errors and extends the delivery time of the project.

Organizations need to adopt the emerging AI-based scriptless test automation tools, which help the quality assurance team to develop and automate the whole testing cycle in less time. This also increased the organization's ROI by delivering the projects on time and gaining customer satisfaction.

Check out Sun Technologies’ homegrown AI-empowered test automation tool IntelliSWAUT, a lightweight solution for all your web, mobile applications, API, and windows by running the test cycle 5x faster than the legacy process.

3. Simulate the environment as the end-user

The most challenging phase in software quality assurance is meeting the end-user expectation. Meeting the end-user directly can help the quality assurance team gather the expected requirements, improvise the application, and add new features by the development teams. Whether it’s an external user or the internal user, the organization should consider implementing end-user simulation in the test production phase as the best practice in the software quality assurance process, which can help deliver the final product as expected by the users.

4. Implement the priority based focus

Agile development has enabled collaborative features by testing the application parallel to the development process. Since the quality assurance team can’t test the entire application on the prioritized based on any major script changes made in the heavily used element of the application. It is easy for the organization quality assurance team to test the application by automating the untouched elements, and focusing only on the major elements of the application with parallel to the development process is noted as a best practice.

5. Implement Two-Tier and Three-Tier test automation approach

Implementing multiple approaches in your software quality assurance can help test automation and development to the team to synchronize with the application's different layers. This speeds up the time to test and time to market.

Conclusion

In order to stay ahead in the changing market trends, it is essential for organizations to stay updated on the trends that will help them achieve their goals without extra effort. The trending best practices of the software quality assurance process mentioned above will help the organization deliver high-quality products. It is also crucial to make the relevant changes in the process according to the customer demands. Partnering with the right software quality assurance vendor can help you with a customized test automation process with emerging tools and technologies by keeping the process transparent, flexible, and with no vendor lock-in.

Are you looking for a Software quality assurance vendor who can deliver customized test automation solutions for your business? Sun Technologies has a bunch of highly-experienced quality assurance experts who can deliver custom solutions for all your QA challenges.

So, what are you waiting for? Contact us to know more about our expertise in your industry.

#softwaretesting #itautomation #qualityassurance #testingapproaches #applicationtesting #securitytesting #scriptless #nocode

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jasonroy · 4 years ago

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How Test Automation can accelerate the digital transformation for SAP?

Whether you’ve implemented a whole new S/4HANA ERP (Greenfield) or you’ve migrated from SAP ECC to S/4HANA (Brownfield) or performed transition from the current regional SAP landscape into one global SAP S/4HANA, you cannot ignore the importance of testing. In all three scenarios, you cannot ignore the importance of testing. SAP is a complex system that supports both customizations as well as integration. Current and expected business flows in SAP ECC as well as S/4HANA need to be tested at several levels to keep business disruption at bay. However, the traditional testing approach for SAP digital transformation is not considered viable due to inadequate coverage, slow speed, & huge maintenance efforts. Furthermore, enterprises also struggle to keep pace with their digital transformation initiative. In this blog, we’ll discuss why a next-gen testing approach is needed by SAP customers to keep pace with their digital transformation initiative.

Why enterprises need to break traditional testing approach for their SAP instance?

The traditional testing approach is error-prone, inaccurate, & negatively impacts time to market. One of the biggest drawbacks of the traditional testing approach is that testing is carried out as an end of development activity. Since bugs are found very late, too much rework, redesign, and rethinking of strategy is needed.

Drawbacks of SAP Conventional Testing Approach

End-to-End Integration Testing: SAP ecosystem consists of SAP ECC, S/4HANA, SuccessFactor, SAP Ariba, and SAP Hybris. Different business processes are connected with these systems. Apart from this, at times, third party enterprise applications also get integrated with these systems. So, manually testing this complex ecosystem of different applications is a challenging task.

Inadequate Coverage: Test coverage is a big issue in traditional testing approach since testers write test scripts with guesses of how end users are interacting with the SAP applications. In most of the cases, 100% efforts only delivers 40–50% of coverage, leaving your critical business applications at risks.

Test Script Maintenance: In traditional testingapproach, testers often struggle to continuously maintain the scripts each time a new build is being delivered for testing, or new functionality is added to the app under test. Keep updating the same script kills most time and effort.

Insufficient Documentation: Requirement gathering is still a manual process. With little or no details, how would you decide what to test? Even if you bring in SAP-specific subject matter expert (SME) into the team, you’ll find it difficult to prioritize test cases if you haven’t captured details of all the integration touchpoints(applications, systems, workflows, process and data flows etc.)

Risk-based Continuous Testing — Your SAP Digital Transformation Roadmap

Since the speed of innovation and digital transformation success, goes hand-in-hand, enterprises require “Risk-based Continuous Testing” approach to mitigate risks while keeping pace with digital transformation initiative. Continuous testing helps QA teams to proactively deal with business disruptions due to SAP Application failures by testing early, testing often, &testing comprehensively. By accelerating the feedback process on the business risks related to release candidates, continuous testing helps enterprises to achieve quality at speed. However, to achieve risk-based continuous testing, enterprises need to bring in “test automation��. With this, an agile sprint can be tested continuously, ensuring that timely feedback about the bugs and issues can be provided to project teams and fixing can take place early in the cycle.

The Proposed Test Automation Solution for SAP ECC & S/4HANA

The proposed SAP Digital Transformation platform should support

Risk-based Continuous Testing: “Test everything” approach is not feasible and neither it is necessary since it cannot promise adequate coverage. To meet fast-paced Agile and DevOps initiatives, you need “Risk-based Continuous Testing” for SAP as it helps to track issues faster.

Change Visibility: Change impact visibility protects enterprises from unwanted business disruptions that can cost revenue, profits or reputations. Enterprises can find out in real-time how short agile sprints have impacted the existing business processes and can take well-informed decision on the release maturity.

Automatic Test Recommendations: Based on the highlighted risks and impacted areas, SAP test automation platform should recommend test cases to deliver optimal risk coverage. Rather than avoid running the entire test suite for short sprint, AI-driven test automation platforms should provide the minimum tests based on highlighted risks, helping QA teams to reduce their efforts while ensuring adequate coverage.

Autonomous-healing of Test Scripts: Test script maintenance gives major pains to QA teams. SAP Continuous Test Automation platform should autonomously heal the test scripts by automatically detecting changes without requiring human intervention.

End-to-end Integration Testing: The proposed solution should support multiple technology stack including web, mobile, APIs, Desktop, Citrix, Mainframes and other legacy applications.

We recommend “OpKey”

OpKey is the industry’s leading “Autonomous Continuous Test Automation Platform for SAP ECC & S/4HANA that takes an analysis of change and prioritization hand-in-hand. By aligning risk-based continuous testing with your business priorities, OpKey delivers optimal risk coverage with focussed test automation. Self-healing capabilities, risk-based test recommendations, & end-to-end integration testing of OpKey help customers to keep pace with the rapid rhythm of SAP release cycles/ configuration changes to accelerate digital transformation.

#test #software testing #Test automation #automation testing

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