Why Quality Engineering Services matter? Cite four reasons.
In
a day and an age where customer experience drives the success or failure of a
software product, businesses have realised the importance of quality assurance.
Importantly, to ensure a seamless customer experience, the functionalities of a
software product should work to their optimum. It is no longer about the
performance of an app on a localised platform alone but how it functions in a multi-dimensional
environment.
The
rapid technological developments in the digital landscape have seen devices,
platforms, frameworks, operating systems, and networks undergo changes.
Customers too have been flooded with choices as far as devices and their
operating environments are concerned. Given the extremely demanding business and
technological landscape, it is business critical to keep strict quality control
across the SDLC and beyond.
The
need for a strict adherence to quality parameters, compliance and meeting
industry regulations has rendered the traditional model of quality assurance
ineffective. In the Agile and DevOps environment, ensuring customer assurance
means carrying out continuous improvement and deployment in the entire product
lifecycle. It is no longer about ensuring the quality during the development
stage alone, but enforcing it during the entire lifetime of the product. In
other words, businesses should keep on improving the product quality in real-time
till it is in use. Arguably, the traditional waterfall model of quality testing
is not enough to meet the challenges of an Agile and DevOps era. It is about
engaging the quality engineeringservices to test, analyze and modify the software as per the changing
business needs and rising customer expectations.
Why quality engineering?
The
growth of technologies like the Internet of Things (IoT), AI, big data,
predictive analysis, mobility, social media and cloud computing means that all software
needs must be checked across disciplines and platforms. Quality engineering solutions involve the identification and
elimination of bugs by designing and testing the codes right from the
development stage. The SW quality
engineer helps in designing, developing, analyzing, testing,
integrating, and deploying the code. He or she works with the development team
and oversees the entire product lifecycle. The SW quality engineer is responsible for involving everyone in the
organization by creating a total quality culture. By doing so, the onus of
ensuring the quality of software throughout the product cycle will remain with
everyone concerned.
Listed below are the four reasons that quality engineering
services can make a difference
#1 Customize the products/services: The quality engineering strategy is about
achieving customer satisfaction through the development, delivery and by
updating the software. While aiming at customer satisfaction, the QA team
performs various types of testing such as functional, performance, security,
and usability. Quality engineering analyses the needs of customers, available
technologies and competition and helps businesses to customize the products or
services. Unless the products and services reflect the market dynamics of the
day, the effort of businesses to develop and deliver products becomes futile.
Thus, quality engineering helps organizations to choose cutting edge
technologies, save cost and realize ROI.
#2 Create a quality culture: In a DevOps environment, testing the
quality of software is not a one time job or to be followed in a piecemeal
fashion, but to be undertaken at every stage of the SDLC. Moreover, the
principle of continuous integration/improvement and deployment means every
department – development, QA and operations should have synergy. The QA engineer
creates a quality culture where every stakeholder work towards ensuring the
quality of a product or service.
#3 Early detection of defects: To provide a seamless customer experience,
a software should perform optimally and meet the requisite business outcomes.
Since, the QA engineering exercise begins right from the design and development
stage, it helps in the early detection of bugs. Once the bugs are detected
early, the overall end to end integration and deployment becomes faster.
Moreover, test automation as an essential part of quality engineering helps in
the faster execution of tests leading to an accelerated time to market.
#4 Cost effectiveness: Notwithstanding the supposed higher costs of implementing test
automation at the initial stage, it leads to a reduced effort in testing, a
higher test coverage area, reusability of test scripts, quicker and better
identification of bugs and faster time to market. Taken together, these lead to
significant savings for the business.
Conclusion
The
implementation of quality engineering leads a business to become smart, lean
and productive. By creating an overall quality environment where everyone is
responsible for upholding quality, quality engineering helps to build required
processes and protocols to weave in quality within the DNA of the organization.
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