Cross-Platform Mobile Test Automation Using Appium

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Mobile is very rapidly becoming the biggest medium to reach the consumers as the adoption of mobile phones is increasing. A Mobile App or Mobile web application is the platform which enables you to get connected with your desired audience. Consumers use various different platforms and devices to access your mobile apps. So in this age of multi-platform and mass adoption, are your apps cross-platform? Are your apps tested for cross-platform? Are you delivering the best experience to your users?

Appium is the cross-platform solution for mobile test automation.

Appium is an open source, cross-platform mobile test automation tool to automate the testing for native, hybrid and mobile web applications. Appium comes with support for Android, iOS on real devices as well as simulators and emulators. At core, Appium is nothing but an HTTP server written in node.js. In working, it almost acts same as Selenium which perceives http requests from selenium client libraries and it handles those requests in different ways depending upon the platforms.

Appium is one of the best options available today in the market and is widely adopted by the organizations for their mobile test automation needs. Also with growing supporter base and stronger community, it is getting easier for enterprises to adopt it. Appium lets you write the tests in any language which is supported by Selenium, using the WebDriver API. If you are trying to test the Andoird Apps then, Appium automates it using the UIAutomator library, which is part of the Android SDK. So the learning curve is a bit easier if you have already used Selenium. The ease of testing both Android and iOS apps makes it one of the best cross-platform tool. You can run your test either on Emulators or on Real devices with Appium using the WebDriver JSON Wire protocol.

Appium starts a test case on the device that spawns a server and listens for proxied commands. On iOS, Appium proxies commands to a UIAutomation script running in instruments.

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Source: Slideshare

The core advantage which Appium offers is the ability to write test in your favourite language. So you can choose your IDE and your language such as Java, Objective-C, JavaScript, PHP, Python, Ruby, C#, Clojure, or Perl. The support for automation frameworks like JUnit and TestNG is also the one of the benefit which comes with Appium.

If you look at the current competitors for Appium, they are calabash-ios , Frank, UIAutomation, ios-driver, KeepitFunctional if testing iOS apps and calabash-android, Monkeytalk, Robotium, UiAutomator and selendroid for Andoird Apps.

But Appium gives you the best solution for mobile test automation compared to all the ones listed above. The major benefit being the ability to test the same app you submit to marketplace. Most of the other tools require an extra agent to be compiled with the application code. So Appium gets an extra point above all the others. Also the thriving community which is there to answer all your queries and some strong backing by the likes of Saucelabs makes it the obvious choice.

Appium has some challenges when it comes to scaling up with continuous integration. Saucelabs has built a solution to counter this challenge. So if you already zeroed upon Appium for your mobile test automation, it’s a good decision to go for it. And if you are planning to evaluate Appium and need some expert help, feel free to Contact us.

Mobile Test Automation, Mobile Testing, Mobile Application Testing, Testing a Mobile Application, Mobile Testing Blogs, test automation using appium, mobile test automation, cross platform mobile test automation, appium, android app testing, ios app testing, open source mobile test automation tools, mobile automation, mobile app automation testing, mobile app testing, test automation, quality assurance testing, software testing company, web application testing, software testing services

The opinions expressed in this blog are author's and don't necessarily represent Gallop's positions, strategies or opinions.

Automated Acceptance Tests for Mobile Applications


Mobile application ecosystems, especially Android and iOS, are changing rapidly, and at the same time getting more complex with multiple devices being launched every day. Added to this, we also see frequent upgrades to the Operating Systems by Apple and Google. With every new version of Android or iOS operating system, developers struggle to make sure that their mobile app works on all the devices seamlessly. This is a complex task considering the number of devices in the market, especially for Android.

No organization wants to lose their customers due to this reason as they work hard for every app install. This requires a comprehensive test strategy to make sure that apps are released with a faster time to market and work properly on all platforms and devices successfully. Test Automation of the Mobile apps is being adopted increasingly by organizations these days which results in high quality and reliable mobile apps with ever changing ecosystem.

Mobile Test Automation not only results in faster time to market but also leads to effective testing and high efficiency. This requires automated acceptance testing of mobile applications to make sure it is truly accepted by the users.

What is Acceptance Testing?

ISTQB defines acceptance as formal testing with respect to user needs, requirements, and business processes conducted to determine whether or not a system satisfies the acceptance criteria and to enable the user, customers or other authorized entity to determine whether or not to accept the system. Acceptance testing is also known as user acceptance testing (UAT) or end-user testing.

Acceptance tests directly trace back to the software requirements specification. To make sure that the Mobile apps meet the requirements, traceability between the requirements and implementation as well as between the requirements and acceptance tests is needed.

Automating the acceptance testing of mobile applications implies continuous validation of the app with proper use of the development and testing tools. Automated acceptance tests are critical as they need to be run every time a change is made in the mobile app. By using automated acceptance tests, the need for continuous check on the app performance is reduced, and changes or improvements can be easily made with every new release of operating systems and devices.

Automating Acceptance Tests and Tools Selection

When it comes to automating the acceptance tests, right tools can help you set the future direction of your mobile app. For successfully automating the acceptance tests, you need to make sure a right combination of tools is used. Below is a suggested list of tools, which may be used to successfully automate the acceptance tests:

  • Identify the Development platform (for example Java, or C#)
  • Choose a Version control tool to keep track of the changes (for example Subversion)
  • Get an Integrated development environment (for example Netbeans)
  • Continuous integration tool for a collaborative environment and to quickly identify when something goes wrong
  • A Unit test framework (for example Junit) and
  • Automated acceptance test tools for writing and executing tests

Few tools available for the automated acceptance tests are Appium, Calabash, and the Android Testing Support Library by Google which comprises of AndroidJUnitRunner, Espresso, and UI Automator.

Appium is the most preferred open source mobile test automation framework as it supports native, hybrid and mobile-web apps for both iOS and Android. Also if you have used Selenium, then it’s easy for you to use Appium in mobile app testing.

Calabash is also an open source tool which automates and lets you test any iOS or Android app, native or hybrid, from the UI level down. Calabash also supports Cucumber.


Choosing the right test automation approach for acceptance tests allows you to make/test frequent changes to your mobile apps based on the user preferences and also with every upgrade of the operating systems and launch of new devices.

Automated acceptance tests using the right tools can have a high impact on the software development lifecycle and leads to major benefits for all the stakeholders involved in the App development process. Having a good testing approach matched with right test tools ultimately results in better maintainability and keeps requirements specs in sync with the AUT.

Read more on Mobile Test Automation and how to select right tools and right approach in our Whitepaper. Download here.

The opinions expressed in this blog are author's and don't necessarily represent Gallop's positions, strategies or opinions.

Implementing the Right Mobile Application Testing Strategy

Implementing the Right Mobile App Testing Strategy

The smartphone revolution has brought businesses unprecedented access to their consumer base through the mobile app market. Consumer apps still dominate the mobile app Eco-system, but organizations are slowly stepping in as well. Businesses ranging from large corporations to neighborhood grocery stores, from helping people manage their finances and doing their banking to providing parents with easier access to monitor their child’s progress in school.

Mobile apps, though primarily built to be used on mobile devices, can also be accessed on other platforms. This cross-platform accessibility and subsequent ease of use has also been a key factor in its explosive growth. It is safe to assume that mobile apps are an essential part of a new-age modern society. With the vast number of apps in existence today, the average user has the benefit of being able to pick an app for his needs from a huge selection of apps with similarly styled features and functions. If the user encounters problems while using the app, he is extremely likely to immediately replace it with another and also give it a negative review, further affecting the given app’s image.

Therefore, in the extremely competitive world of mobile apps, enterprises seek to release apps that function well on different devices, internal hardware configurations, resolutions, operating systems, and across different mobile networks. Therefore testing an app during its development cycle is absolutely essential to its success.

Since a single ideal testing procedure doesn’t exist, as each unique testing method has its own limitations in terms of costs, testing quality, and overall time taken. It has invariably become important to adopt a testing strategy that involves many different testing methods.

A brief overview of Mobile app testing methods

  1. Using Emulators:

With the number of available mobile devices ranging in the thousands, a number further multiplied when different internal configuration for the same model are taken into account, it is extremely difficult and time consuming for testing to be done on every type of device. Emulators allow testers to mimic different devices in the same virtual test environment, thereby substantially reducing expenses, improving efficiency, and saving time. They are crucial for testing basic application functionality, and also during feature development. Emulators can be configured to provide options for different networks as well. When deciding on an emulator for testing, one must ensure that they provide the instrumentation and network options to be as flexible as you like.

It is to be noted that though the use of an emulator has great benefits, it doesn’t mean that testing on actual physical devices can be skipped entirely. Physical devices are still essential to understand application behavior in real life scenarios; for example, to assess application behavior during phone calls, messages, low battery notifications, etc.

  1. Automated Testing:

Automated scripts are essential to speed up the testing process, especially when it comes to successful regression testing during the development stages. Any testing platform [Emulator, remote solutions] that supports script and playback options helps save time by allowing more test cases to be performed on a consistent basis. Automated testing is ideal for use when the mobile app is growing, and with frequent regression tests during a long development cycle. It also helps if a significant portion of the tests have obtainable functionality test cases.

  1. Cloud testing:

Cloud testing comes into play when the required device is unavailable. It allows you to have a web-based testing environment where apps can be thoroughly tested, and also enables access to remote real devices at any time.

The success of an app is determined greatly by smooth functionality on the day of its release. Testing is critical in ensuring the best quality product reaches the end consumer. Therefore, employing a testing strategy that involves emulators, real devices, and other mobile testing platforms can guarantee a successful launch.

Gallop’s state-of-the-art mobile test lab uses the latest and best in mobile testing to bring you better quality and quicker time-to-market. Reach out to us today and we will be happy to help you with right mobile app testing strategy.

Mobile Test Automation, Mobile Testing, Mobile Application Testing, Testing a Mobile Application, Mobile Testing Blogs

The opinions expressed in this blog are author's and don't necessarily represent Gallop's positions, strategies or opinions.

Keyword-driven Test Automation for Mobile Apps

Keyword-driven Test Automation for Mobile Apps

The mobile application market is experiencing explosive growth both in terms of the sheer number of apps available to users and also in the logical complexity of their design. As the frequency of apps being released increases, the resulting product release cycles are shortened, and therefore automated methods of testing are the need of the hour. An automated testing method enables companies to perform consistent and repeatable tests, thereby improving efficiency and saving time and money. This is where keyword-driven testing comes in to play.

What is keyword-driven testing?

Keyword-driven testing is a method of software testing that can be used for both manual and automated processes. In keyword-driven testing, a keyword is used to represent an individual testing action; for example, a single mouse click, keystrokes, selection of an object, etc. It is basically used to construct a sequence of operations, in a specific keyword format, which are used to simulate the actions a user is likely to go through while using the application. Therefore, when it comes down to testing actions, a tester can just select the predefined keyword that represents a specific action or just record their actions on the fly, depending on the software, and the keyword-driven test is generated.

Since it is a method where the actions required to perform a specific operation are used to simulate tests, it is an extremely low maintenance process of testing, as any changes to the GUI of the application do not affect the testing process. It also allows the testing of applications to be performed at earlier stages of its development cycle as, again, it isn’t dependent on the UI of the application in question. The end result, therefore, is a technically sound product.

The benefits of keyword-driven testing

  • The logical structure required for interacting with the application is created beforehand. As simple keywords are needed to invoke an interaction, it can be constructed by anybody, regardless of the nature and degree of their technical ability.
  • Keyword-driven testing also provides a simplistic view of tests. It is quite evident to everybody what a specific keyword-driven test is supposed to do by just glancing over it.
  • The tester, without having any prior programming experience, is still able to write a test script consisting of the required inputs, as well as data for verification, in the form of simple and convenient spreadsheets.
  • As already mentioned above, the testing method is fully independent of the application interface, therefore allowing tests to be constructed and conducted before the interface is even implemented in the first place.
  • Keywords can be reused while creating new test cases. Reusing the keywords ultimately makes it easier to attain greater test coverage, which makes the entire process far more efficient than a more atomistic approach.
  • It allows you to run functional tests at much earlier stages of development. Testing the application at every step helps improve the overall automated testing success rate. This kind of thing can still be done without having to learn a scripting language.
  • Since it can be implemented by non-technical personnel, it even allows business analysts to play a more significant role in the development cycle. With sufficient exposure to keyword-driven testing, they are successfully able to outline the testing requirements to the Quality Assurance and development teams.
  • They are a low maintenance method of software testing as any changes to the application undergoing testing can be reflected with simple changes to the testing infrastructure.
  • It also provides you with the ability to pass parameters to and from keywords in order to perform data driven testing.

Why Keyword Driven Testing for Mobile Automation?

Most of the mobile applications being tested have a limited range of screens with specific functionality, instead of a wide range of business flows. Since the Mobile Application testing is more User Interaction driven, Keyword Driven Testing for Mobile Applications is very advantageous, as it helps accelerate the creation of Manual/Automated tests by utilizing the existing keywords in the framework. The keyword driven frameworks for Mobile testing can also be designed in such a way that all the common interactions during testing, such as Social sharing (WhatsApp, Facebook, Twitter) etc. and other activities outside of the Mobile application can be defined as keywords, which can further accelerate testing.

At Gallop, we have spent multiple years developing such keywords based on our experiences delivering Mobile Automation engagements to various clients. Reach out to us and let us accelerate your Mobile Application Testing journey today!

Mobile Test Automation, Mobile Testing, Mobile Application Testing, Testing a Mobile Application, Mobile Testing Blogs

The opinions expressed in this blog are author's and don't necessarily represent Gallop's positions, strategies or opinions.

8 Key Challenges & Solutions of Mobile Application Testing

8 Key Challenges & Solutions of Mobile Application Testing

Today, millions of mobile users are dependent on their mobiles – more so on their mobile apps to conduct and browse internet for social networking or for other purposes. The increased usage and rapid development of mobile apps is a clear indicator for the need to test them thoroughly before releasing them to the market. With end user getting more critical of user experience and performance, it is a must to address certain mobile app testing challenges.

Major Roadblocks While Testing Mobile Apps

Listed below are a set of most common roadblocks & workarounds while testing mobile applications:

User Experience & Issues with App Performance

It is a broad truth that success of a mobile app is significantly dependent on great experience that provides an innovative, contextually appropriate and pre-defined user interface. It is such truth that any delay longer than a second might also interrupt user performance and simultaneously have an impact on their preferences. Thus, mobile applications that are free of faults and errors provide a better user experience which has a direct impact on the business sources of the application. Moreover, user grades the quality of the mobile application mainly based on their user experience. Unfortunately, many new users choose applications based on previous reviews and grades. Therefore, old errors and faults, or a poor user experience in an otherwise working application can undoubtedly lead to the business failure of the application.

Touch Screen

It is also a major source of user interaction today and these touch screens enable the display and input of data. The signals or the signs which form an indication in the process of data input also cause a challenge in the testing process wherein the testing of touch screens needs to be more intricate and stable.

Context Awareness

It is a long pending challenge in mobile application testing, which demands new methods and innovative testing approaches. Context can limit or extend the operation of mobile applications or its functionalities with data from the environment in which it is in. Mobile applications can be in different contexts with different data which obviously creates a unique challenge in the entire testing process. In addition the nature of smart phones denotes constantly changing environments and usage patterns that impact context.

Lesser Time to Market the App

The impossibly strict timelines declared might also cause a lot impact on the testing of mobile app as it needs proper requirements, design, development and finally testing. Various mobile development stages are closely linked and testing needs to be followed up. Users demand shorter delivery time of even less than 20 days for a mobile app which ties up the process of testing. Ample timelines need be framed for effective testing and later release.

Security Issues

Apps and devices managed via private cloud are much more secure rather than apps running in a public cloud. A secure private cloud can provide all the access to testing teams and there would be no data breaches whatsoever.

Variations of Mobile User Interfaces

Different mobile operating systems like Android, Windows etc. have different user interfaces, in turn guided by specific rules and guidelines. The usage and layout of elements is checked in the verification process when publishing the mobile applications in the markets. Non-compliance with rules and guidelines can delay the publishing process; in turn impacting increase in the cost of development and testing.

Lack of Access to Multiple Devices

At times, it may be possible that two or more testers might need the same device at the same time, wherein one tester is left out waiting until the other tester completes their work. In case of procuring multiple devices involves cost incurring, which could also involve additional time. Moreover, it would be more a problem if testers are placed across continents.

Device Based Testing Approach

Under the device based approach, there should be a testing laboratory set up which also involves purchase of real time mobile devices. It seems to be more costly than the emulation method as it takes care of verification of device based functions, and other QoS parameters. But, this method has to cope with the rapid changes in the ever changing mobile devices and platforms.

Gallop has a number of satisfied clients with over a decade of our expertise in ensuring best of mobile apps. In addition, our global testing team uses a centrally managed pool of devices for testing mobile apps via a secure cloud. A proper, structured & specific Mobile Testing strategy is always followed in an effective way by Gallop Solutions making it your best partner.

Mobile Test Automation, Mobile Testing, Mobile Application Testing, Testing a Mobile Application, Mobile Testing Blogs

The opinions expressed in this blog are author's and don't necessarily represent Gallop's positions, strategies or opinions.

Want to test your Mobile App in the Cloud?

Want to test your Mobile App in the Cloud?

Mobile Cloud Infrastructure services provide a simple but efficient and optimized testing of mobile apps on multiple devices. Because of their high affordability, scalability and availability, mobile cloud infrastructure is increasingly becoming a popular medium for testing mobile applications.

So, when do you shift mobile application testing to the cloud? Is the Return on Investment high enough for companies to adopt and pursue a mobile cloud testing strategy? Let us take a look.

The Pros:

a) Reduced testing costs: There is no infrastructure setup costs required to establish a mobile test environment. Companies can avoid the cost of building and maintaining a traditional mobile lab. Configuring a mobile test environment in the cloud is quick.

b) Improved testing: With cloud, it is easy to simulate the wide range of devices, OS and screens that the app needs to be tested on, including test devices that are yet to penetrate the market. Functional testing is easy as all it takes is a few clicks to simulate various test scenarios. Test cases can be easily uploaded to the cloud and downloaded from other locations. This makes it easy for teams spread across geographies to collaborate with each other. Cloud based mobile testing services also come pre-configured with test environments so that you can avoid the defects arising out of inaccurate environment configuration.

c) Scalability: With the immense scalability that cloud offers, it is easy to ramp up or ramp down your testing activities. You can test various stress testing scenarios like multiple user requests, large number of users logged in etc. to check the load bearing capacity of the app.

d) Time to market: Testing on the cloud is quicker and more efficient. With its high availability, testing can continue 24/7. With cloud you can easily simulate various scenarios required for a holistic testing. Without the need to purchase infrastructure, your organization can quickly react to changes in market demands.

e) Geographies and Carriers: Utilizing a mobile cloud service enables you to test in multiple geographies and using various 2G, 3G, 4G carriers to ensure you have all your test scenarios covered, which is not possible by building an in-house mobile test lab.

The Cons:

a) Security: Security is the biggest concern when it comes to mobile testing in the cloud as the test data and code are stored in a remote location. This is a bigger concern for apps that use sensitive user information like banking apps. This risk is somewhat mitigated by opting for a private cloud testing.

b) Bandwidth concerns: Insufficient bandwidth may slow down your testing. Also, progress of testing depends on availability of service.

c) Switching cloud service providers is a challenge: Each cloud service provider has their own architecture and method of integrating cloud resources with the client organization’s data and applications. In the absence of a universal standard, changing cloud service provider is a challenge.

Adopting cloud for mobile testing does not guarantee a high ROI. Analyze various cloud services in the market and find a solution that is optimum for your organization. With an effective mobile testing strategy, you can reap the benefits of cloud to meet the dynamic and highly competitive nature of the mobile market.

Not sure if a Mobile Cloud service is right for you? Write to us at and we can assist you with your evaluation. We at Gallop have helped various organizations analyze their mobile testing needs and helped setup private, public and hybrid mobile test clouds with significant cost savings.

Mobile Test Automation, Mobile Testing, Mobile Application Testing, Testing a Mobile Application, Mobile Testing Blogs

The opinions expressed in this blog are author's and don't necessarily represent Gallop's positions, strategies or opinions.

7 Mobile Testing Pitfalls to be avoided

7 Mobile Testing Pitfalls to be avoided

Mobile apps saw a 76% YoY growth in 2014. A Nielsen study finds that the average smartphone user has about 42 apps on their device and 87% claim to use nearly 10 apps on daily basis.

What these statistics show is that apps rule our world today. Mobile users have a mind boggling range of apps to choose from. This means they will not show the patience to work their way through apps that do not meet their expectations. It is so much easier and faster to just switch to another app.

As a tester, here are some mobile testing pitfalls you need to avoid to ensure your app is well-received when it’s out in the market.

1.Failing to think like a customer

As a tester, you are used to scrutinizing the app for clinical aspects like its overall quality and adherence to requirements. But do you consider how you, as a customer, would react to the app? Often, usability testing focuses on screen navigation and general ease of use but do you give equal importance to other factors like – which functionalities will be used the most and are these suitably located? How easy is it to access a topic in the help page? Is the app intuitive and do different functionalities seamlessly integrate with each other?

2.Not planning ahead for testing

Not having a test plan in hand before testing begins may lead to your testing being chaotic with unplanned activities creeping into your schedule. Planning ahead for testing helps you to create realistic timelines and ensures smooth progress of testing.

3.Resisting test automation

While nothing can replace manual testing, test automation is very useful when it comes to testing repetitive, complex or lengthy test cases. Many companies shy away from automation considering it to be a costly affair. While automation can be costly, a well-executed automation strategy can generate high returns in a short period of time.

Here’s how to Maximise ROI through mobile test automation

4.Failing to use metrics for continuous improvement

Metrics are a great way of pointing out areas that are working well and those that need some work. It is important to collect data on how the app is performing real-time. Metrics like average session time, Client/Server compute time, customer retention rates can give you important insights into making your app more successful in the market.

5.Insufficient attention given to non-functional testing

Often testers are so busy testing the app for its functionality, they fail to give sufficient attention to non-functional aspects like load, performance and stress testing and sometimes, security testing. Also these tests are generally done at the end where they are often compromised due to lack of time. Without adequate non-functional testing, your app can suffer when it is out in the real world.

6.Insufficient testing on actual devices

While emulators are useful in identifying issues early in the development, testing in later stages needs to be done on actual devices. This gives the tester a feel of real user interactions, factors like battery consumption, overall performance and response to service interruptions.


Rooting/jailbreaking should be strictly avoided as the test results in such situations cannot be considered to be accurate. Also, such devices are prone to performance issues which can lead to reporting of false issues.

Mobile Testing from Gallop

Gallop’s state-of-the-art mobile test lab uses the latest and best in mobile testing to bring you better quality and quicker time-to-market. Discover the Gallop Advantage today!

Mobile Test Automation, Mobile Testing, Mobile Application Testing, Testing a Mobile Application, Mobile Testing Blogs

The opinions expressed in this blog are author's and don't necessarily represent Gallop's positions, strategies or opinions.

8 Best Practices for Mobile App Testing


Mobile app testing is beset by challenges arising out of the huge variations in network, devices and OS, not to mention differences in user skills. Add to this, the need for better video and audio capabilities and hand gesture based applications, it is imperative that a mobile app delivers on all counts!
To get those much desired five star ratings, an app needs to rise above these challenges and deliver high performance under varying conditions of usage.

Gallop Solutions is a front runner in mobile app testing. Through our years of practice, we have put together certain best practices that, when followed diligently, can ensure a mobile app that is truly versatile.

1. Testing strategy: Devising a testing strategy helps to lay down certain guidelines which all testers are expected to follow. This brings uniformity in testing and ensures adequate test coverage.

2. Test on real devices: While emulators and simulators are really useful in testing in the early stages of development, the app needs to be tested sufficiently on actual devices too. Testing on real devices ensures test results are realistic and gives the tester a better idea regarding the look and feel of the app and its general usability.

3. Test early and test often: Start testing as soon as development has reached a logical stage. This helps to identify issues early before they become too costly to fix. Track results of each test cycle.

4. Set device and OS preferences: It might be virtually impossible to test exhaustively on all device, network and OS combinations. Determine upfront which devices and OS your app will specifically cater to and perform QA on them.

5. Automate testing: Automation greatly reduces time to market and generates high ROI besides giving the benefit of repeatable testing.  But an important factor to keep in mind is periodic maintenance of the automation test suite.

6. Adequate performance, stress and security testing:  Performance, stress and security testing make your app robust and can prevent financial liabilities arising from user distress. Check for known and unknown vulnerabilities, including those arising from third party and open source software packages.

View Gallop’s whitepaper on performance testing of mobile apps

7. Check battery consumption, fault tolerance and interoperability: Power hungry apps most likely get deleted. Be sure to check how much battery your app consumes. Also, check how well it works with other popular apps and how it adjusts to negative conditions like varying network strengths or suspended connections.

8. Ensure your app is truly global: Your app will have worldwide appeal only if it adapts to various geographies. Ensure it supports languages, currencies and even popular social networks of prominent markets.

There is nothing worse than an app that loads slowly or crashes frequently. 50% users who encounter a bug never return. Selecting an appropriate testing partner to grow with can make the difference between success and failure for your app.

Gallop brings you the advantage of a state-of-the-art mobile test lab coupled with a co-located mobile testing team and strategic alliances with mobile tool vendors.  We offer fine-tuned mobile testing services supported by our proven testing approach, Proprietary Testing IP (ETAS), and mobile testing capabilities through our Mobile Centre of Excellence resulting in superior quality, cost optimization, and accelerated go LIVE time across any combination of mobile devices and operating systems. Know more.

Mobile Test Automation, Mobile Testing, Mobile Application Testing, Testing a Mobile Application, Mobile Testing Blogs

The opinions expressed in this blog are author's and don't necessarily represent Gallop's positions, strategies or opinions.

5 Tips to maximise ROI through Mobile Test Automation

Mobile Test Automation

The demand for mobile Apps has been steadily increasing. Gartner predicts that by 2017, mobile apps would have been downloaded more than 268bn times, generating a revenue of over $77bn. To keep up with the demands of this ever-growing market, mobile test automation has become a necessity.

Mobile test automation can help companies to test quickly and more effectively. At the same time, a poorly designed mobile test automation strategy can seriously back-fire, negatively impacting productivity and ROI.

Below, we present FIVE tips on how to maximise ROI through mobile test automation.

1. Choose the right automation tool

Choosing the right automation tool is crucial to the success of your mobile test automation strategy. The right automation tool can increase test efficiency, ensure higher code coverage and reduce the time-to-market.

Select a tool that

  • is cost effective
  • integrates with your current test practices and tools
  • can test across various platforms and environments
  • is easy to learn and use

Read Gallop’s whitepaper on choosing the right automation tool

2. Follow prototype model

Do not adopt a big bang approach while implementing automation. Instead, start with automation of a few modules and then diversify. This approach helps you to test the waters and decide how to make best use of your automation tool. This also gives your employees more time to understand the tool, which in turn helps them to better identify automation opportunities. The outcome is a controlled automation process and a steady return on your investment.

3. Select the right test cases to automate

Mobile testing often involves the same test cases being repeated across platforms, devices and networks. Identifying the right test cases to automate is essential for successful automation. Following are generally considered to be ideal candidates for automation:

  • Cross platform/cross environment test cases
  • Tedious and/or repetitive test cases
  • Test cases dealing with complex business logic
  • Test cases that required multiple users
  • Test cases that use large amount of data

4. Continuous Integration

Automating build and deploy cycles and self-triggered regression test cycles can give optimal returns with minimum human intervention. Regression suites need to be run whenever new features are added or an upgrade occurs. Automating deployment and regression testing makes the process transparent and time-independent (24/7 testing). Continuous integration of processes helps in boosting productivity and generates high ROI.

View Gallop’s webinar on Continuous Integration using Microsoft Test Tools and to know how it can be applied to your application development environment.

5. Automate mundane activities:

Test support activities like test bed creation, data setup, test result reporting etc. can be automated wherever possible thus freeing up testers who can be engaged in actual testing. This helps immensely in increasing productivity, thus generating higher returns.

Studies show that 51% of mobile testers fail to do an exhaustive testing due to cost and time constraints. The loss of credibility due to poor quality can be very hard to overcome. Implementing automation can reduce the pressure on testers and enable them to focus on test cases where manual intervention is necessary.

Finally, if you find automation too overwhelming and difficult to achieve, outsourcing to a company that possesses the necessary expertise in mobile test automation can bring you the benefits of automation without the pain of devising and implementing an effective automation strategy.

Mobile Test Automation, Mobile Testing, Mobile Application Testing, Testing a Mobile Application, Mobile Testing Blogs

The opinions expressed in this blog are author's and don't necessarily represent Gallop's positions, strategies or opinions.

5 Things to consider before doing Mobile Test Automation

Mobile Test Automation

Mobile phones are no longer just meant for communication, they have become a multi-purpose personal gadget with ever increasing appetite for mobile apps. Intense competition in the mobile industry has reduced the time to market forcing companies to roll out new products and apps ahead of their competitors. But variations in OS, platform and network have made it increasingly challenging for testers to comprehensively perform mobile testing.

Mobile test automation provides an effective solution to the need to win over customers with additional features and the necessity to test those features quickly and more effectively. Mobile test automation tools increase test coverage and test effectiveness and shrink the time-to-market. They are of absolute necessity in creating complex apps in limited time. Before going ahead with mobile test automation, there are certain points companies need to keep in mind to get desired results.

1. Type of Automation desired

Companies need to decide what type of automation tools they should purchase. Object based tools are useful when application GUI is not stable but requires the backend to be stable. Image based tools provide platform independent test framework but require GUI to be stable. Cloud based tools provide advantage of anywhere, anytime testing on real devices. Companies can choose what best fits their need or even go for a customized, hybrid framework. To understand Mobile Test Automation – Right Tools and Right Approach, please download Gallop whitepaper on the subject here.

2. Cost & Expected ROI

Test automation is costly and becomes feasible only if properly executed. Acquisition & implementation of mobile automation requires careful planning. Companies need to determine ahead what they want to automate and perform a cost-benefit analysis to assess the ROI at various checkpoints.

3. Adaptability of the Tools

The mobile automation tool selected should work well with the currently existing test practices, frameworks and tools. It should be able to function across platforms, browsers and devices. These ensure that purchasing the tool does not require a complete overhaul of the existing infrastructure. The tool should be futuristic and adapt to new OS versions and future platforms. Running a Proof of Concept (PoC) helps to assess the adaptability of the tool before making the purchase.

4. Comprehensive Testing

The mobile automation tool selected should work well with both simulators and actual devices. Simulators are useful in early stages of development to test basic application functionality. Testing in the later stages needs to be done on actual devices to check touch response and user experience.

5. Test Integrity

The tool should allow testing of all features without jail breaking or rooting the device which can lead to issues with stability and performance and even compromise security. It should produce an easy test workflow with adequate script re-usability to test across platforms.

Report generation features and a good support network are other good-to-have features.

By 2016, premium smartphones will account for one in three phones sold globally, covering 40% of revenue. Speedy and robust mobile testing can help your company claim your share of the market.

What are your experiences with Mobile Test Automation? Would love to know what you consider a decisive factor before attempting Mobile Test Automation.


The opinions expressed in this blog are author's and don't necessarily represent Gallop's positions, strategies or opinions.