Tag: mobile app testing

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Top 5 Mobile Testing Trends in 2021

When B2C enterprises use mobile applications to attract consumers’ engagement in e-commerce, banking, and marketing; B2B firms use them to manage the company’s operations, tracking the performance of employees, and collaboration with partners. Come with the rising frequency of mobile application usage is the demand for increasing the application quality. If you want to update the latest movement in quality assurance for mobile applications, let’s look at our top 5 mobile testing trends below.

Test Automation

One of the characteristics of mobile applications is that the developers have to release the new version frequently to adapt to the demand of users. Due to this, numerous test cases need to run repeatedly. This is where test automation became an innovative solution. In the World Quality Report conducted by Capgemini, 57% of the companies said that test automation helps to reuse the test case. Meanwhile, 65% of them stated that the test cycle time is reduced.

mobile testing trends - automation test benefit

The greater return on investment in automation not only came from benefits in cost and efficiency but also came from achieving business objectives such as time-to-market. Moreover, it seems like this year CTO concerns more about transparency and security in testing. 69% of them responded that test automation helps them to have better control and transparency of test activities; 62% of respondents think test automation reduces the overall risk.

IoT Testing

The Internet of Things (IoT) allows us to control our assets such as smart home appliances, smart cars, or smartwatches by using a mobile application. Testers need to ensure the quality, security, connectivity, and performance of the application so the interaction between mobile apps and IoT devices is not interrupted. However, executing integration testing is not easy due to IoT devices often having a cloud-based interaction layer developed by a third party. Besides that, testers also concern about the enormous number of test cases needed to run because of the diversity of IoT devices. Testing on emulators, therefore, cannot fulfill the requirement of the QA team. As a result, testing in the cloud is becoming more popular.

Although facing many obstacles, firms are finding ways to adapt to the IoT trend. Many companies consider applying Artificial Intelligence capacity to test thoroughly and also conduct more IoT-experience testing.

Impact of 5G on Mobile Testing

Compared to the previous generation, 5G network has many innovative technologies, which greatly affect how testers conduct mobile testing. When it comes to 5G connectivity, three main technologies change the game: Enhanced mobile Broadband, Ultra-reliable Low Latency Communication, and Massive Machine Type Communication (mMCT)

5G provides greater bandwidth, which means faster data rate and better user experience. With this technology, the 5G network will allow 360-degree video streaming and VR / AR experience. Consequently, testing mobile applications in a high-speed internet office will not be efficient enough. Besides, the latency of data transfer is reduced. It allows faster information receiving within far distance, which has a huge impact on the performance of mobile applications. Meanwhile, mMCT supports connecting with a large number of IoT devices using less power; which leads to changes in battery testing for mobile devices.

Agile and DevOps Approach

Agile and DevOps has become a popular method in continuous testing. They combine the know-how and skill of both testers and developers to support each other with the ultimate goal of fastening the development and deployment of applications. Agile and DevOps approach helps enterprises to find and fix defects more efficiently and release new versions more frequently.

According to the World Quality Report, the Scale Agile Framework (SAFe) and the Dynamic Systems Development Method (DSDM) among Agile methodologies are the most favored by IT firms. From 2015 to 2017, SAFe increased from 31% to 58%; meanwhile, DSDM has grown by 31%. The same report also stated that over 88% of respondents applied DevOps principles in their IT team.

Testing Environment in Cloud

Mobile users reached 1.5 billion at the end of 2020. The mobile devices will have different OS versions, screen resolutions, and data storage. It causes obstacles in mobile testing since firms are not able to buy every kind of mobile phone. As a result, testers tend to use the cloud to test real devices.

Another reason for the increase in using cloud-based testing environments is the virtualization trend in recent years. This will push the demand for cloud and virtual testing tools higher and open more opportunities for firms to provide cloud-based testing services.

Blockchain Testing

Since the booming market of blockchain technology in the IT industry, many have predicted a new and exciting field of better security, higher authenticity and decentralized operations.

Since blockchain technology is rather an immature field of the IT industry, there is more to be explored with this. To ensure a system of decentralized, cost-effective and time-saving activities, blockchain engineers have to employ and adapt to cutting-edge technology and brand new concepts, making them more prone to mistakes.

Under this circumstance, blockchain testing is now an in-demand service that requires a thorough understanding of the blockchain architecture and full test strategy planning.

Blockchain testing should include:

  • Smart Contract testing
  • API Testing
  • Block Testing
  • Functional Testing
  • Performance Testing
  • Security Testing

Big Data testing

With the world’s economy stepping into the recovery phase after the pandemic, many enterprises are trying to revamp their performance with the adoption of big data in their operation and upcoming business plan.

The most prominent approach towards their customers is to collect and min huge data volumes and diverse data types to indicate user behaviors. From these analytical research and collection, one might categorize and analyze their behaviors to find the best matching solution to approach their customers.

To enhance the efficiency of big data in multiple fields with a bigger scope, you would want to implement big data testing, which can help to make improved decisions with accurate data validations. With big data testing facilitates the consistent application of how the datasets perform, market targeting and business manifestation are further streamlined to cope with the ever-changing market.

Cybersecurity Testing

Cybersecurity has always been at the top of the IT industry’s problem with billions of dollars stolen each year. In recent years, many companies have been applying an array of measures to assure cybersecurity within their system and products.

Especially with the fear of data breaches, cybersecurity is gaining its importance in business’ systems and becoming the foremost necessity.

This situation is common across many subdomains of the IT industry, leading to a growth in security testing of from USD 6.1 billion in 2020 to USD 16.9 billion by 2025, at a Compound Annual Growth Rate (CAGR) of 22.3% during the forecast period.

This growth of security testing has brought brighter prospects to the world’s cybersecurity. With the stronger and more effective security measures, cyberattacks, data breaches, malware, etc. will be reduced to their smallest. With this new implementation, digital transformation will be more successful than ever.

Machine Learning and Artificial Intelligence testing

Artificial Intelligence in general and Machine Learning in particular will be the omnipresent technology in the next few years.

As the need for virtual assistants, autonomous cars, etc. are more rival than ever, AI and ML will make a bigger step in the IT industry with top investment priority of CIOs in 2025. As predicted in 2020, the AI and ML market will grow to be about $6-7 billion in America. Technology for behavior prediction, speech recognition is beginning to be adopted and implemented in our daily lives, and it seems to be never enough.

The booming development of AI and ML demands better technology, bigger implementation and breakthrough advances, hence the need for a flawless operation of AI and ML. To achieve this, the most effective and viable solution is AI and ML testing. Since the AI and ML themselves are pretty new in the market, testing for them is quite challenging, yet exciting.

Scriptless automation testing

With Agile and DevOps are trending, requiring developers and testers “low-code” and “no-code” approach. With this approach, developers and testers spend less effort on programming and writing codes, making the software/delivery have a faster time to market.

Although automation testing is on the rise, many testers are struggling with the high-maintenance, script-based testing approach, not to mention the dragging training time. To make it easier and faster for testers to execute tests, many have followed scriptless automation testing.

Since it is scriptless, testers have to utilize multiple tools to acquire desirable test results.

All in all, the trends in 2021 made the QA team face many challenges. How to perform mobile testing with the right strategy remains a hard question. Knowing this constant problem, Lotus QA provides a free consultant for mobile application testing to help you enhance the quality of your product.

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Differences between mobile app testing and web testing

As we all know, technology is growing and mobile phones, smart devices are the trend, the future of the world. To meet such a large demand, applications must be of good quality, with rich and various content to meet the needs of users. That is also a big challenge for developers and software testers, especially for testers who are familiar with web testing but not yet aware of mobile testing.

So how is mobile testing different from web testing? 

1. Mobile testing has more flatforms

Mobile application testing will be much more complicated due to the variety of mobile devices. Ensuring that mobile applications work on all types of devices (smartphones, tablets or phablets) provided by a number of major vendors (such as Samsung, Sony, Nokia, HTC, Apple …) and on Operating systems (iOS, Android, Windows, Blackberry …) is really a challenge.

Therefore, testers need to have as many test cases as possible for each version, and perform as many tests on different devices as possible for good mobile application.

2. Screen size is constantly changing

iPhone-screen-sizes-mobile-web-testing

Major suppliers tend to change the size of their phones, tablets or phablets to fit users’ needs and tastes, as well as compete with other vendors. Then, when testing, we need to have test cases for screens of different sizes, to check for different screen sizes, whether the interface has broken layout or not; size buttons, the text box, radio button … have been changed or not.

3. User experience is needed for tester

For developers they only care about how the system functions work properly but for testers it is required user experience to support the users. An application can be considered a failure if it is difficult to use or can not be used in different situations, especially mobile applications need to support users to be able to use in all circumstances.

4. Users have more interactions than web applications

interaction-mobile-testing

When testing the web, the testers only interact with the system through a keyboard or mouse. But for mobile apps, we will interact with more ways such as touching, waving, eye movement, sound …..That’s why when testing, we will need to grasp catch those test cases.

5. Data security and privacy

Mobile applications such as pictures, videos are needed to be inaccessible to many other flatform feature. For mobile testing, there are also test cases of data access and privacy like camera access, photo data access, etc.

6. Excessive reliance on emulators and simulators leads to a lack of real-life device experiences

emulator-mobile-testing

When we test websites, the differences between browsers are quite small. However, for mobile apps, we often test in emulators and simulator environments. Those environments are not like real devices. Therefore, there are test cases that cannot be performed in emulators and simulator environments. As a tester, we need to control such cases.

7. Cases about installation, removal, update versions of application

Mobile applications are installed, removed and updated more frequently so that when testing, we need to catch how the next platform version changes and what it can affect the application.

remove-app-mobile-testing

What if the users have more than 1 device? What if those devices have different versions of the application? Compatibility, simultaneous support for multiple versions, data storage and the ability to install/ upgrade multiple times,… play an important part in application testing. 

8. Does the app work well when being interrupted

For mobile applications, users will often be interrupted by other applications such as SMS, incoming calls, notifications. After finishing those interruptions, how will the app work save actions in progress? These cases are often very rare when we test the web.

incoming-call-mobile-testing

9. Phone’s specific functions testing

There are many factors that need to be taken into account when testing.

・How much data is this application consuming?

・How much battery does this application consume? 

・Does this application work well if the battery is low? 

・How much junk data does it generate? 

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For more information about testing services, please refer to Testing services

Lotus Quality Assurance (LQA)

Tel: (+84) 24-6660-7474

Email: [email protected]

Website: https://www.lotus-qa.com/

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Mobile application testing-Mobile testing tutorial 2

Mobile application testing is 1 type of mobile testing. For more information, refer Mobile testing in series of Mobile testing tutorial

1. Mobile application categories

For mobile applications, it can be classified into three categories:

・Type 1: Native apps – apps written specifically for a platform like iOS, Android, or Windows Phone in their respective languages.

・Type 2: Web application (Web App) – web-based application, mobile device users will use different browsers such as Chrome, Firefox, Safari to access the web server to use, such as m.facebook.com.

・Type 3: Hybrid App – a combination of native application and web application, can be run both offline and online and often uses web-making techniques such as HTML5, CSS.

mobile-venn-mobile-testing

In view of this

・ Native applications can only run on a certain operating system while mobile web applications can run on all mobile browsers that support HTML and Javascript.

・The native application is written in platforms like the SDK while the mobile web application is written with web technologies like HTML, CSS, ASP.NET, JAVA, and PHP.

・ For a native application, it is necessary to install but with mobile web applications, there is no need to install.

・ The original application can be updated from the app store while the mobile web application is updated centrally.

・ The original application may work without an Internet connection, but for mobile web applications, an Internet connection is always required.

・ Native apps work faster when compared to mobile web apps.

2. Some special test cases for testing mobile applications:

・Battery consumption: It is important to track the battery drain when running applications on mobile devices.

・Application running speed: Track time response time on different devices with different memory capacities, different network speeds …

・Memory requirement: When downloading and installing an app, running the app ..

・Application’s function checking: To ensure the application does not crash when losing network connectivity or other external impacts.

3. Some automated testing tools for mobile applications

3.1. IOS has popular automatic testing tools like:

app-testing-tool-fonemonkey

FoneMonkey application testing tool

app-testing-tool-frank

Frank application testing tool

app-testing-tool-qtp

QTP application testing tool

3.2. Android operating system has some automated testing tools such as:

Robotium application testing tool

app-testing-tool-eggplant

Eggplant application testing tool (No free source)

For more information about testing services, please refer to Testing services


Lotus Quality Assurance (LQA)

Tel: (+84) 24-6660-7474
Email: [email protected]
Website: https://www.lotus-qa.com/