Introduction to Mobile Testing Application

The mobile phone is more than just a tool for making and receiving phone calls in today’s rapidly expanding world. There are more technological improvements and the propagation of mobile devices with different Operating Systems like Apple iOS, Andriod, Windows Phone, Blackberry, Symbian, etc. In the fast-growing world, there are new challenges for hardware manufacturers to stay in the competition. Also, the application developer needs to deliver the best Apps over a variety of platforms within a quick time.
What is Mobile Application Testing and Why it is needed?

In a highly fragmented and competitive global market the mobile development cycle is of a short period. For the vendor’s equanimity and overwhelming task to ensure long-term success, the APP must be tested over a different combination of platforms, operating systems and networks before launching to global. In addition to this, similar to Functional testing the non-functional testing like Security testing, usability testing, etc. also plays an important role. The effective test planning in Mobile Application testing makes helps to improve the quality of Mobile Apps.
We look at how to improve our mobile testing skills and achieve application quality in this article. We are also learning about what Mobile Automation is and what the challenges in Mobile Application Test Automation? Many testers are confused about Approaches for Native and Hybrid Mobile Apps, so this discussion will shed some light on this as well. In the market there are different varieties of Mobile Automation Tools available, however, each mobile automation tool has its own advantages and disadvantages. As a result, we will see “What are the Key Principles for selecting the right Automation tool for Mobile Apps Testing?”
The mobile automation testing is an extremely effective approach to test the Mobile Applications which gives us considerable returns if you choose the right tools for mobile testing automation.
Testing of Mobile Applications Key Mobile Testing Challenges in mobile testing tools Automation
The primary factor that determines an automation tool’s success is its ability to work across platforms and technology stacks. The following challenges influence automation success:
For all companies, Mobile applications become a “game-changing” force in all industries. Let’s look at what all challenges introduced these game-changing technologies:
Planning of Quick Rollouts
The companies are looking for golden business opportunities in unique Mobile apps. Expecting a rapid rollout of quality application or improvements and bug fixes if an application is already launched. They want to push the applications in the market quickly to avail of the benefits of a market boom-mobile sector. The QA testing cycle which generally takes 2-3 weeks depends on the complexity and the size of the application. It is now reduced to half or one week. Due to clutch in the timelines, it is very difficult for problems if mobile applications don’t meet customer expectations.
Multi-Platform Compatibility
With the propagation of mobile devices like iPhone, iPad, Smartphones, Tablets, Windows Mobile and a wide range of Andriod devices, etc, mobile application providers have to provide the multi-platform compatibility to reach their audience. Operating systems and device hardware are not standardized in the mobile industry. So testing apps over a variety of devices is not a simple task. We cannot 100 % say that test cases that passed for one device passing for other devices.
There are many combinations while testing mobile apps like Screen resolution, memory sizes, battery, Operating System, etc. The creation of separate test cases and execution on each device can be the most expensive and time-consuming task.
The mobile application market is rapidly growing with a demand for a quality product. Also no excuses for errors and security holes.
Dealing with a variety of connectivity modes
One more important parameter to be considered in mobile testing is the “Modes of Connection” to access the application. This step can be ignored if the internet connection does not require an application under test. However almost all applications require the internet so this test case needs to run over different connections like WiFi, 3G, 4G, etc. Even you test the application you will face a wide range of applications over different connectivity options. While planning your QA Automation testing strategy you need to consider connectivity modes which are equally important
Creating end-to-end tests
The mobile market demand is to integrate mobile applications with all platforms. And it is expected to flawlessly access the data on mobile and another platform like a Web site. The end to end test cases should be work as expected on mobiles. Consider an example where the order is placed from the mobile device and the same can be from the login into a Web site. These mobile apps are expected to work on front-end and back-end systems.
Mobile Testing Tools Availability / Selection of Mobile Automation testing tools
We have many proven tools available for object recognizing screen object on the web. For mobile devices, there is a range of automation testing tools, however, choosing of right automation tool for testing plays an important role in QA strategy planning. (In the next article we will see the list of good automation tools.)
Approaches for Native and Hybrid Mobile Applications
In mobile testing, you can use different approaches
Mobile App Testing on Cloud
One of the best options for testing mobile applications is to use cloud testing. Using a Cloud-based approach you can achieve the Native and Hybrid Mobile Apps automation testing. This automation testing approach is used when long-term automation testing. It is to be carried out over multi-platform and predefined set of devices. Cloud-based automated solutions are highly effective as they are offered as a unified package. Once the deployment is done in the cloud lab then you just needed connectivity to the cloud lab to kick off your testing from anywhere.
Using a Cloud-based approach will reduce the time to set up the test environment which generally causes the project delays. A pre-configured, highly synchronized architecture, solid server configurations, licensing, and testing resources are all provided by the cloud. As a result, reduced time-to-market and augmented testing competence. So defects get rapidly reduce which may occur due to the faulty configuration of test environments. It helps to increase the quality of the application.