Why Is Mobile Test Automation Important To Optimize Your Business Initiatives?
The mobile phone is no longer used as a medium of
communication alone, but has been scaled up and transformed as a multipurpose
device. With the advent of mobile based applications to carry out a host of
functions, customers are spoilt for choice. So, whether it is hiring a cab,
shopping, buying a movie, rail or air ticket, or playing games, there is no
looking back for the humble smartphone. Moreover, with the humongous spread of
the smartphone users across the world, businesses are trying to woo this
segment on the go in order to remain competitive.
While catering to this highly mobile segment, which
majorly influences the marketing trends of the day, businesses are caught
between the devil and the deep sea. The challenge is to accelerate the time to
market with new applications and also to ensure they remain qualitatively
superior as well. In many cases, enterprises are caught between the two imperatives
and in the process, choose one at the cost of the other (read quantity over
quality.)
The need for Mobile
application QA testing
However, no matter how many applications an
enterprise can come up with, unless they pass the muster on the standards of
quality assurance, they run the risk of being rejected by the customers. This
calls for a renewed focus on ensuring the quality of applications to meet
customers’ expectations. This, however, is easier said than done, for, in order
to meet the customers’ expectations, an application has to provide a rich user
experience. This should be across devices, platforms, frameworks, operating
systems, and networks, which incidentally can be quite diverse and complex.
Why does manual testing not
pass the quality test?
By taking recourse to the manual testing of
applications, ensuring their quality can be at best a half- baked exercise. The
reasons could be many.
- Manual testing can falter when the tests are repetitive and complex
- The test coverage area can fall woefully short as the human element is likely to take shortcuts
- A lot of glitches can remain unidentified as the manual tester is not likely to test every possible scenario and consider variables
- Manual testing is inherently time consuming. This can impact the turnaround time
- As applications take more time for testing, they lose out on competitiveness
The answer to overcoming the above inadequacies is
by undertaking mobile test automation.
By following a robust mobileapplication testing strategy, businesses can see the application meets
the quality metrics, be it in functional or non-functional areas. Moreover, as
mobile applications embrace cutting edge technologies of the day such as cloud
computing, artificial intelligence, and IoT amongst others, mobile test automation has become the
sine-qua-non to ensure their quality. In an increasingly Agile and DevOps
driven test environment where continuous improvement and testing are the
objectives, adopting a suitable mobile
application testing strategy is a must.
Businesses have realized the need to provide
customers with a unique experience to stay competitive. In their quest to add
value to their products and services in line with their business strategies,
they need to uphold quality. The quality parameters should be uniform across
platforms, devices, browsers, operating systems, and networks. To achieve
optimization of the business strategy, enterprises need to meet the challenges
of mobile test automation head
on. These are discussed as under.
Cross platform testing: The mobile phone market is deluged with devices of various sizes
and brands. Each device has its own architecture mostly customized by OEMs
through updates and releases thereby making the device a standalone one
vis-a-vis others. The presence of various platforms and browsers has led to the
application taking different runtimes. The mobile application testing approach should take into account each
of the devices’ architecture and sizes. The final test outcome for any
application should be to ensure its seamless functioning across platforms, be
it Android, iOS, Windows or BlackBerry.
Network testing: Mobile devices work on networks with varying speeds, types, and
functionalities. For example, there are various types of networks such as GPS,
CDMA, GPRS, Wi-Fi and Wi-Max that are spread across geographies. An application
needs to work seamlessly across networks with varying architecture, speed, and
runtimes. The same can only be achieved by undertaking a rigorous mobile application testing approach.
Device architecture
challenges: Each device can have its own
hardware challenges in terms of architecture, size, processor, and memory size,
I/O protocols such as WAP or HTTP, etc. A robust mobile application testing framework should consider the
differences and develop suitable test outcomes.
Continuous integration: This is the imperative of a DevOps environment where the writing
of mobile app test automation
scripts should include an end to end integration of codes as well.
Choosing the right test
platform: The testing of a mobile
application needs the usage of the correct test automation tool including
emulators and simulators. The tool, be it an open source or licensed, should be
flexible and convenient enough for the testers to write test scripts in any
programming language. Moreover, the test automation platform should provide the
right framework, IDE’s or subroutines to write the script. Finally, the tool or
platform should have a robust reporting mechanism that records the details of bugs
detected, KPIs used, and the test coverage area for further analysis.
Conclusion
Mobile application testing has challenges that span
across dimensions such as device make, platforms, frameworks, operating
systems, browsers and networks. The only way a business strategy related to the
development and deployment of mobile applications can be optimized is by
undertaking a suitable mobile
application testing approach to meet customers’ expectations.
Diya works for Cigniti Technologies, which is the world’s first Independent Software Testing Services Company to be appraised at CMMI-SVC v1.3, Maturity Level 5, and is also ISO 9001:2015 & ISO 27001:2013 certified.
Comments
Post a Comment