The Top QA Trends of 2021 for Enterprises to Follow
In the fast-evolving technological landscape of
today, software applications perform a variety of activities and incorporate
different technologies and frameworks. They are the reason behind customers
leveraging the benefits of digital transformation. So, to ensure they perform
to their optimum and deliver the expected outcomes, they should be subjected to
rigorous and comprehensive QA software testing in the SDLC. Also, with
Agile-DevOps becoming the de-facto methodology for enterprises to build quality
applications in the quickest possible time, software quality assurance has
assumed increased salience. Today, QA is not merely about finding bugs but has
expanded in its scope or import. As a complex philosophy encompassing a wide
range of objectives, any software testing company uses QA to evaluate a product
idea, predict its behavioural outcomes, and analyze the opportunities and
threats, among others.
Even though traditional methods of software quality
assurance are in vogue, there is a need for the QA testing services to adapt to
the latest software testing trends and stay one step ahead of the competitors.
To achieve ‘quality at speed’ for software applications operating in an
ecosystem comprising increasing complexity of devices, environments, and data,
the latest quality testing trends in 2021 are as follows.
Top software testing trends to follow in 2021
2021 promises to be an ambitious year for
enterprises after the pandemic-induced lockdown witnessed in 2020. Many of the
trends have already emerged over the years and are likely to be consolidated
this year.
Artificial Intelligence and Machine Learning in Testing
Both AI and ML are going to be the trendiest
approaches and key drivers for the next industrial revolution. For most CIOs,
AI and ML are the top investment priorities. According to the latest QA
techniques, humans are likely to be replaced by software testing other
software. There are tools to speed up the testing process and eliminate any
human interface. The objective is to build software capable of testing and
healing itself. In other words, AI can become more ‘aware’ and find more bugs
when provided with more code samples.
As applications based on complex neural algorithms
and networks become capable of predicting outcomes from complex data patterns,
they need to be validated with proper use cases. With the worldwide revenues
for AI expected to grow by 16.4% and touch $327.5 billion in 2021 and $327.5
billion by 2024 respectively, as per the data released by IDC, QA software testing needs to
incorporate AI & ML to create improved bug detection algorithms.
Blockchain Testing
The usage of virtual currencies like bitcoin is
increasing rapidly. As a nascent technology, blockchain has the potential to
improve the security of financial transactions. Blockchain testing can enable
smart contracts and improve the capability of systems for fraud detection. As per
Marketsandmarkets, the worldwide blockchain market is likely to touch a
whopping $39.7 billion by 2025. This promising technology working as a
record-keeping database can be used in areas like supply chain management,
shipping, food, and other industries.
It can be leveraged to enhance the security of
financial transactions and make them failproof. If a recent PWC report is to be
quoted, then about 77% of financial institutions are expected to embrace
blockchain technology in their processes by 2020. These statistics highlight
the growth of blockchain technology and that of blockchain testing in ensuring
the applications run optimally.
Prioritizing Cybersecurity Testing
According to Cybersecurity Ventures, cybercrime is
expected to cost the world more than $6 trillion annually from 2021. At the
same time, the global security testing market is likely to reach $16.9 billion
by 2025 at a CAGR of 22.3% (Source: Marketsandmarkets.) Given the growing usage
of mobile and web applications for a variety of activities including conducting
financial transactions, cybersecurity testing should be an integral part of the
SDLC. It can help to secure confidential information such as credit and debit
card details, social security numbers, and digital wallet details, from hackers.
Also, ensuring cybersecurity has become a necessity for software
quality assurance services given the stringent regulatory standards
in place.
Internet of Things (IoT) Testing
The period 2021 – 2025 is expected to witness a
growth in the global IoT market by $421.28 billion at a CAGR of 33% (Source:
Reportlinker, a market research solution.) With smart connected devices having
embedded software being used progressively in several areas including in
driverless cars, drones, and smart homes, among others, their performance needs
to be tested on predetermined metrics in real-time. IoT systems collect,
process, and transmit data from various interconnected devices without users
being aware of it. Also, manufacturers of such devices and software may overlook
security concerns in their haste to add new features.
The inherent vulnerabilities of such systems can be
a cause of concern given their critical usage in various sectors. For example,
unsecured IoT devices can be used by threat actors to bring a large system like
a power grid to a virtual halt thereby plunging a city or town into darkness.
It is only through rigorous IoT devices testing that any vulnerability or
susceptibility of an interconnected device (and software within) can be
identified and remedied.
RPA Testing
As an extension of automation, Robotic Process
Automation can be used for complex processes to complete rule-based activities.
This technology has the potential to transform the workplace and execute most
tasks that are currently being performed by automation tools. As per
Globenewswire, the market size of RPA may reach $7.2 billion by 2025 at a CAGR
of 32.6%. The technology can be used by any software
testing company to replace regression and load testing thereby saving
significant time, cost, and effort. RPA testing can be used to automate complex
processes through an easy-to-use interface and has an increased role to play in
improving healthcare services.
Conclusion
In a technology-driven global landscape,
enterprises need to develop and deploy advanced software applications to
deliver superior user experiences. However, it is only through stringent QA software
testing that the performance of such applications can be
assured at an optimal level. The latest software
testing trends prove the omnipresence of complex software applications
in operationalizing and sustaining the global digital ecosystem.
Resource
James Daniel is a software Tech enthusiastic &
works at Cigniti Technologies. I'm having a great understanding of today's
software testing quality that yields strong results and always happy to create
valuable content & share thoughts.
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Source: https://community.nasscom.in

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