QA plays a very crucial role in delivering quality software into the market and also helps in organization overall growth.
i) Production testing ensures less time to market: Testing in production is a significant way to check performance of the software with real data. It helps in determining application’s performance in real time and determines how application behaves in weak connections or network failure.
ii) Automation saves manual time: Test cases can be converted into test scripts(automated) during application development. This helps in increasing overall test coverage along with reducing the manual efforts. It also increases the Reusability of test scripts when the OS or device changes.
Usability testing directly deals with the real users’ experiences. This type of manual software testing is performed by a group of end users who use the application and find out the usability defects.
If done rightly, Usability Testing is the key to success. In the end, it can be summarized as the process which ensures that the end product meets the users’ demands in order to deliver a flawless user experience.
Types of Usability Testing
# Explorative Testing: Explorative testing is performed in order to analyze what content and functionality the new product should possess to meet the expectations of target audience before releasing a new product. In this type of testing, users test specific services where they are given real scenarios to perform which helps to highlight any kind of loop holes if present.
# Comparative Testing: This type of testing is performed to compare the usability of two different websites. Comparative tests are usually used to compare a website against a competitor site. However, it can also be used to compare two designs to analyze which one provides the best user experience.
QA designers and IT organizations are regularly asked by the clients when testing a software application — whether to select manual software testing alternatives or give an attempt to new automated systems.
There are some cases, in which software automation testing rules but at the same time, it could end up costing you more than it’s worth. This is the reason because of which you must consider the expenses and advantages according to the project.
Manual testing is a process of testing each and every program individually and making the comparison of the outcomes with that of expectations. Manual testing is a procedure in which tester utilizes the program as a user and encounters functionality to check whether every one of the features is working appropriately or not.
Various tools are utilized by testers in order to execute automated testing services. Automated testing is a process in which the tests of a software application are pre-scripted and the software tools execute these pre-scripted tests before it is released into production. It makes use of automation tools to write and execute test cases. Therefore, no manual involvement is required while executing an automated test suite.
Automation Testing uses automation tools to write and execute the test cases. Generally, the testers write test scripts and test cases using the automation tool and the group them into the test suites.
Mobile Application Automation Testing
Testing of mobile applications can be relatively cumbersome because of sheer extent of testing is required on a variety of devices. Besides, the mobile apps require faster changes than other type of applications like Desktop or Web. Because of this, more and more organizations have started realizing the needs of using automation software testing.
To reap maximum benefits from your software delivery, automated tests should be planned carefully and scheduled in such a way that they are cost-effective.
A Mobile app is a software that accomplishes specific task, for instance, music, video, calendar, etc. It saves effort and time of the users by performing simple touch, zoom and pinch, slide, swipe, tap, etc.
Mobile Load Testing
This testing helps us to study the behavior of the apps under different loads. This study reveals how the application handles the existing users efficiently. It is impossible to test the performance using real-time users. It is simple to reproduce the huge number of users by stimulating virtual users to use performance testing tool.
There are three main types of apps that are used in a mobile device. Identifying the types of mobile & website performance testing services and the type of mobile application under the testing is quite challenging. The types of mobile device are:
Compatibility testing is a crucial QA task which guarantees that the software or product that is being tested is compatible, as desired over a broad set of client frameworks and configurations.
The expansion of web browsers, OS (operating systems), and devices has forced associations to guarantee that all their products work as planned over various platforms to avoid costly bugs entering the market or production.
Need for Compatibility Testing
While releasing a software application, you should keep in mind that it must be of high quality and compatible with all operating systems, hardware, software, etc. You can ensure this through mobile compatibility testing. Compatibility can be guaranteed through embracing compatibility testing which checks for errors or bugs before delivering to the client.
It becomes very chaotic to maintain the variety of mobile phones and tablets with the latest Android or iOS updates available across all makes and models for 24/7. There are various security concerns that arise for mobile app cloud testing as well as data management and accessibility thus creating a complex situation.
In the following ways Cloud-Based Mobile Device Labs boost the productivity:
Faster market delivery: A unified environment needs to be established for the benefit of all DevOps teams. For fully operational regression testing, the environment is necessary in order to facilitate continuous integration.
Simulate networks environment: By using simulation environments helps us to understand real-life network conditions, thus enabling them to be prepared in dealing with network issues.
Strict security guidelines: An offshore hosted mobile lab is expected to support most security requirements while the onsite lab resides inside the company’s VPN. Devices are centralized in a demilitarized network area. Administrative capabilities enable the changing of security policies as per project requirements.