The Essentials of Mobile App Testing and MonitoringMobilePundits
Mobile Technology is transforming the way people use their cell phones. Although demand is highest for consumer apps, enterprise applications are evolving too, allowing businesses to work more productively In this document we look at how the testing of mobile applications helps to achieve quality. Here we explore a typical way that an app is developed, look at the testing stages involved, answer some of the frequent questions concerning testing, and provide a definition of the common testing terms.
Mobile application-testing for shanethatechshanethatech
This document discusses best practices for mobile application testing. It identifies several challenges of mobile testing, including device variation, lack of testing tools, need for skilled automation specialists, and cloud computing issues. It recommends a testing strategy that utilizes emulators, mobile cloud solutions with remote devices, and some real device testing. It also recommends automating tests to reduce manual work. The document outlines various types of mobile application tests, including usability, compatibility, interface, services, performance, security, and more. It stresses the importance of addressing the challenges of mobile testing to successfully deliver high quality mobile apps.
Testing is a process used to identify errors, ensure quality, and verify that a system meets its requirements. It involves executing a program or system to evaluate its attributes and determine if it functions as intended. There are various types of testing such as unit testing, integration testing, system testing, and acceptance testing. An effective test approach considers objectives, activities, resources, and methods to thoroughly test a system. Requirements analysis is also important to ensure testing covers all necessary functionality.
Helping QA organizations manage the challenges of a mobile-first world.
Join Rachel Obstler, Sr. Director of Product Management with Keynote Systems as she covers how organizations are rapidly deploying mobile versions of their customer-facing and internal applications.
With the prevalence of more agile-based approaches and the challenge of an ever-increasing diversity of devices and OS versions, testers are being asked to accomplish more testing in less time.
Rachel shares how leading enterprises are improving the efficiency of their mobile testing using automation, and how they identify the right processes and tools for the job. Sharing some fascinating statistics from their recent mobile quality survey of more than 69,000 mobile app developers and QA organizations in the top US enterprises, Rachel dives into the challenges identified in the survey and shares how to improve your testing process through optimizing your device testing strategy, and automating your mobile tests.
This document discusses mobile application testing. It begins with an introduction to the author's experience in mobile development and quality assurance. It then covers trends in mobile technology and applications. The main sections discuss approaches to testing mobile applications, including requirement analysis, challenges for different mobile platforms, and focus areas for testing like performance, security and compatibility. Automated and manual testing strategies are also outlined.
Cloud-based testing provides an effective way to test mobile apps across various devices and environments. Key benefits include access to many real devices globally through a web-based interface, ability to control testing processes remotely, and pay-per-use pricing. Challenges include firewall exceptions, application tuning, and security and performance issues across different cloud platforms. Best practices for cloud-based mobile testing include thorough test planning and execution across multiple devices to simulate real-world user experiences.
Mobile Application Testing by Javed AnsariJaved Ansari
This document discusses various topics related to mobile application testing. It covers what mobile application testing is, why it is important, challenges, different testing methodologies like legacy testing, behavior driven testing and crowd sourcing. It also discusses types of testing like functionality, UI, interruption, security and performance testing. Tools for testing on emulators and actual devices are compared. Specific test areas like UI, interruption, gesture testing are described.
The Essentials of Mobile App Testing and MonitoringMobilePundits
Mobile Technology is transforming the way people use their cell phones. Although demand is highest for consumer apps, enterprise applications are evolving too, allowing businesses to work more productively In this document we look at how the testing of mobile applications helps to achieve quality. Here we explore a typical way that an app is developed, look at the testing stages involved, answer some of the frequent questions concerning testing, and provide a definition of the common testing terms.
Mobile application-testing for shanethatechshanethatech
This document discusses best practices for mobile application testing. It identifies several challenges of mobile testing, including device variation, lack of testing tools, need for skilled automation specialists, and cloud computing issues. It recommends a testing strategy that utilizes emulators, mobile cloud solutions with remote devices, and some real device testing. It also recommends automating tests to reduce manual work. The document outlines various types of mobile application tests, including usability, compatibility, interface, services, performance, security, and more. It stresses the importance of addressing the challenges of mobile testing to successfully deliver high quality mobile apps.
Testing is a process used to identify errors, ensure quality, and verify that a system meets its requirements. It involves executing a program or system to evaluate its attributes and determine if it functions as intended. There are various types of testing such as unit testing, integration testing, system testing, and acceptance testing. An effective test approach considers objectives, activities, resources, and methods to thoroughly test a system. Requirements analysis is also important to ensure testing covers all necessary functionality.
Helping QA organizations manage the challenges of a mobile-first world.
Join Rachel Obstler, Sr. Director of Product Management with Keynote Systems as she covers how organizations are rapidly deploying mobile versions of their customer-facing and internal applications.
With the prevalence of more agile-based approaches and the challenge of an ever-increasing diversity of devices and OS versions, testers are being asked to accomplish more testing in less time.
Rachel shares how leading enterprises are improving the efficiency of their mobile testing using automation, and how they identify the right processes and tools for the job. Sharing some fascinating statistics from their recent mobile quality survey of more than 69,000 mobile app developers and QA organizations in the top US enterprises, Rachel dives into the challenges identified in the survey and shares how to improve your testing process through optimizing your device testing strategy, and automating your mobile tests.
This document discusses mobile application testing. It begins with an introduction to the author's experience in mobile development and quality assurance. It then covers trends in mobile technology and applications. The main sections discuss approaches to testing mobile applications, including requirement analysis, challenges for different mobile platforms, and focus areas for testing like performance, security and compatibility. Automated and manual testing strategies are also outlined.
Cloud-based testing provides an effective way to test mobile apps across various devices and environments. Key benefits include access to many real devices globally through a web-based interface, ability to control testing processes remotely, and pay-per-use pricing. Challenges include firewall exceptions, application tuning, and security and performance issues across different cloud platforms. Best practices for cloud-based mobile testing include thorough test planning and execution across multiple devices to simulate real-world user experiences.
Mobile Application Testing by Javed AnsariJaved Ansari
This document discusses various topics related to mobile application testing. It covers what mobile application testing is, why it is important, challenges, different testing methodologies like legacy testing, behavior driven testing and crowd sourcing. It also discusses types of testing like functionality, UI, interruption, security and performance testing. Tools for testing on emulators and actual devices are compared. Specific test areas like UI, interruption, gesture testing are described.
Mobile users have high expectations for apps, with nearly 80% deleting apps after first use due to bad design, slow loading, or crashes. Testing mobile apps is challenging due to a variety of devices, platforms, and user expectations. An effective mobile testing strategy uses a combination of emulators, physical devices, cloud/mobile testing tools, and both automated and manual testing methods across the application lifecycle to ensure quality, performance, and reliability.
Enabling Continuous Quality in Mobile App DevelopmentMatthew Young
This document discusses how organizations can extend continuous integration (CI) practices to mobile app development. CI allows for continuous feedback throughout development to improve quality while speeding up time to market. However, mobile app testing presents new challenges due to the large number of device and OS combinations. The document recommends that mobile CI solutions provide scalable test automation across many devices, emulate real-world conditions on real devices, and integrate seamlessly with development tools and workflows to provide actionable feedback. This will allow mobile teams to thoroughly test apps and build quality in from the start to meet demanding timelines.
Mobile Application Testing - White PaperJade Global
Mobile applications are the sole reason for the rise in popularity of smartphones. The ease and convenience of mobile applications usage has created a huge dependency on it. Over the years, the number and variety of consumer and enterprise mobile applications has grown phenomenally.
Today, organizations are rapidly deploying mobile versions of their customer-facing and internal applications. With the prevalence of more agile-based approaches and the challenge of an ever-increasing diversity of devices and OS versions, testers are being asked to accomplish more testing in less time. Rachel Obstler shares how leading enterprises are improving the efficiency of their mobile testing using automation, and how they identify the right processes and tools for the job. Sharing some fascinating statistics from their recent mobile quality survey of more than 69,000 mobile app developers and QA organizations in the top US enterprises, Rachel dives into the challenges identified in the survey and shares five clear ways to improve your testing process: implementing a collaborative agile process, optimizing with a development tool that naturally facilitates testing, using a combination of real and emulated devices—and when to use them, and more.
Step by-step mobile testing approaches and strategiesAlisha Henderson
A test automation framework is a collection of coding guidelines, methods, rules, reports and much more. These approaches give a foundation for mobile automated testing services. Its purpose is to allow a user to develop, implement and report the automation test scripts efficiently and accurately.
The document discusses mobile application testing. It defines mobile application testing as testing software developed for handheld devices to check functionality, usability, and consistency. Both manual and automated testing are discussed. The document then covers different types of testing that may be performed including functional, performance, security, usability, compatibility, recoverability, and installation testing. It provides examples of test scenarios for each type.
Mobile App Testing Strategy by RapidValue SolutionsRapidValue
There has been an increase in the adoption of smartphones, tablets and several mobile devices with the passage of time. And it has led to an enormous growth of mobile applications in recent years. Mobile device is considered to be the primary medium of interaction for the customers and also, businesses worldwide. And mobile applications are, actually, driving the communication.
People, generally, do not give much importance to mobile application testing because of its expensive nature. But it is very much essential to ensure that the consumers have a great experience, every time they use the application.
The aim of mobile application testing should be to acquire knowledge about the quality of the service that you are offering. Does it work properly or not? Will it provide services as per the expectation of the customer? These questions need to be answered to ensure that the customer comes back to you, for your service again. Mobile testing is becoming more and more complicated and complex with each passing day. Strategies are invented and used to simplify the mobile application testing.
This presentation primarily addresses, the strategy to be adopted in mobile app testing, the types of mobile app testing and the stages to be followed, before the application is set live.
- The presentation discusses various topics related to mobile application testing such as types of mobile applications, challenges in mobile testing, automation tools, and common errors.
- It covers the different types of mobile applications like native, web-based, and hybrid apps. Testing types include functional, performance, usability, and more. Challenges include device fragmentation, networks, and usability.
- Automation tools discussed include Appium, Ranorex, and Android DDMS. Common errors pertain to functionality, interfaces, interrupt handling, and compatibility across devices.
Integrated Mobility QA: A Strategic Business Enabler for Enhancing End-user E...Cognizant
As smartphones and tablets enter the market at breakneck speed, organizations need to develop sophisticated testing capabilities and provide cross-platform support in order to deliver proper application quality and business assurance.
Integrated Mobility QA: A Strategic Business Enabler for Enhancing End-user E...Cognizant
As smartphones and tablets enter the market at breakneck speed, organizations need to develop sophisticated testing capabilities and provide cross-platform support in order to deliver proper application quality and business assurance.
A 5 minute guide to delivering Flawless Mobile AppsCygnet Infotech
Scale up the performance and functioning of mobile applications by implementing dedicated mobile test automation practices with thoughtful planning and strategizing.
Mobile application testing faces several key challenges, including the variety of mobile devices with different hardware capabilities, diverse mobile platforms and operating systems, and different mobile networks. Effective mobile application testing requires testing across multiple devices, platforms, and networks. It also requires the use of emulators and cloud-based testing to efficiently test applications. The document outlines various types of mobile application testing including compatibility, interface, services, and performance testing. It discusses test strategies, common issues encountered in testing, and the importance of automation to address the complexities of mobile application testing.
The document discusses mobile application testing, including the types of mobile applications like web, native, and hybrid applications; different mobile platforms like Android and iOS; how to test aspects like installation, features, and network connectivity; challenges in mobile application testing like lack of devices; and how to overcome challenges using emulators and automation tools.
Training Opportunity: Certified Mobile App Professional (CMAP) TestingITpreneurs
Downloaded an app onto your phone lately? With app downloads mounting into the billions each year, there is a need for general standards in the creation and usage of mobile technology – and this provides a great opportunity for training companies: Meet Certified Mobile App Professional (CMAP). CMAP is a certification from the International Software Quality Institute (ISQI) specifically designed for anyone involved in Mobile App Testing. A great next step for those with Foundation Level certificate as “ISTQB Certified Tester” (CTFL).
Agenda:
Introduction: What will you learn today?
About CMAP
The Challenges of Mobile App Testing
Business Needs
Go-To-Market Strategies for CMAP
How to Get Started
Questions & Answers
Presentation about how to set a scope for testing mobile applications. Basic information, and only an overview. Needs to be applied to specific contexts.
Do'd and Don'ts for mobile application testing, basic guide for learning mobile testing, covers different aspects for mobile testing includes android and iphone test methodology.
Also highlights different types of testing, mobile platforms, testing frameworks, emulator and simulator differences.
Top Five Secrets for a Successful Enterprise Mobile QA Automation StrategyCognizant
1) The document discusses five secrets for a successful enterprise mobile automation strategy: selecting automation tools wisely, enabling continuous delivery and rapid QA, automating beyond functional coverage, supporting a flexible execution environment, and using the right framework.
2) It emphasizes the importance of tool selection parameters like cross-platform support, new OS version support, and open integration.
3) Continuous delivery is key to increasing speed without compromising quality in a DevOps environment. This requires automation across the entire software development lifecycle.
4) Automation should go beyond functional testing to also validate nonfunctional parameters and customer experience under varying conditions.
5) The framework design should allow for efficient implementation, reuse, and adaptation to changes
Choosing the Right Testing Strategy to Scale up Mobile App Testing.pdfpCloudy
The document discusses the importance of developing a robust mobile app testing strategy to handle the challenges of mobile app testing at scale. It outlines 14 key elements that should be considered when creating a testing strategy, including device selection, deciding between automated and manual testing, network connectivity testing, performance testing, and security testing. The document stresses the need for a balanced approach that blends automated and manual testing techniques to effectively test mobile apps.
Automated Front End Testing_ Navigating Types and Tools for Optimal Web Devel...kalichargn70th171
The quote, "A first impression is the last impression," can extend to customers using apps. Customers place a high value on their experience while using an app. It makes sense, then, that automated front-end testing is a cornerstone for ensuring user interface functionality and overall application reliability.
This blog explores the different types of automated front-end testing, their significance, and the tools that make them effective. By understanding these aspects, developers and testers can significantly enhance the quality of web applications.
The Guide to Selecting The Right Mobile App Testing Tool.pdfflufftailshop
Mobile technology has revolutionized how we work and play, making it easier to stay connected with the world. As a result, businesses of all sizes are now investing in mobile applications to increase their customer base and reach new markets.
Mobile users have high expectations for apps, with nearly 80% deleting apps after first use due to bad design, slow loading, or crashes. Testing mobile apps is challenging due to a variety of devices, platforms, and user expectations. An effective mobile testing strategy uses a combination of emulators, physical devices, cloud/mobile testing tools, and both automated and manual testing methods across the application lifecycle to ensure quality, performance, and reliability.
Enabling Continuous Quality in Mobile App DevelopmentMatthew Young
This document discusses how organizations can extend continuous integration (CI) practices to mobile app development. CI allows for continuous feedback throughout development to improve quality while speeding up time to market. However, mobile app testing presents new challenges due to the large number of device and OS combinations. The document recommends that mobile CI solutions provide scalable test automation across many devices, emulate real-world conditions on real devices, and integrate seamlessly with development tools and workflows to provide actionable feedback. This will allow mobile teams to thoroughly test apps and build quality in from the start to meet demanding timelines.
Mobile Application Testing - White PaperJade Global
Mobile applications are the sole reason for the rise in popularity of smartphones. The ease and convenience of mobile applications usage has created a huge dependency on it. Over the years, the number and variety of consumer and enterprise mobile applications has grown phenomenally.
Today, organizations are rapidly deploying mobile versions of their customer-facing and internal applications. With the prevalence of more agile-based approaches and the challenge of an ever-increasing diversity of devices and OS versions, testers are being asked to accomplish more testing in less time. Rachel Obstler shares how leading enterprises are improving the efficiency of their mobile testing using automation, and how they identify the right processes and tools for the job. Sharing some fascinating statistics from their recent mobile quality survey of more than 69,000 mobile app developers and QA organizations in the top US enterprises, Rachel dives into the challenges identified in the survey and shares five clear ways to improve your testing process: implementing a collaborative agile process, optimizing with a development tool that naturally facilitates testing, using a combination of real and emulated devices—and when to use them, and more.
Step by-step mobile testing approaches and strategiesAlisha Henderson
A test automation framework is a collection of coding guidelines, methods, rules, reports and much more. These approaches give a foundation for mobile automated testing services. Its purpose is to allow a user to develop, implement and report the automation test scripts efficiently and accurately.
The document discusses mobile application testing. It defines mobile application testing as testing software developed for handheld devices to check functionality, usability, and consistency. Both manual and automated testing are discussed. The document then covers different types of testing that may be performed including functional, performance, security, usability, compatibility, recoverability, and installation testing. It provides examples of test scenarios for each type.
Mobile App Testing Strategy by RapidValue SolutionsRapidValue
There has been an increase in the adoption of smartphones, tablets and several mobile devices with the passage of time. And it has led to an enormous growth of mobile applications in recent years. Mobile device is considered to be the primary medium of interaction for the customers and also, businesses worldwide. And mobile applications are, actually, driving the communication.
People, generally, do not give much importance to mobile application testing because of its expensive nature. But it is very much essential to ensure that the consumers have a great experience, every time they use the application.
The aim of mobile application testing should be to acquire knowledge about the quality of the service that you are offering. Does it work properly or not? Will it provide services as per the expectation of the customer? These questions need to be answered to ensure that the customer comes back to you, for your service again. Mobile testing is becoming more and more complicated and complex with each passing day. Strategies are invented and used to simplify the mobile application testing.
This presentation primarily addresses, the strategy to be adopted in mobile app testing, the types of mobile app testing and the stages to be followed, before the application is set live.
- The presentation discusses various topics related to mobile application testing such as types of mobile applications, challenges in mobile testing, automation tools, and common errors.
- It covers the different types of mobile applications like native, web-based, and hybrid apps. Testing types include functional, performance, usability, and more. Challenges include device fragmentation, networks, and usability.
- Automation tools discussed include Appium, Ranorex, and Android DDMS. Common errors pertain to functionality, interfaces, interrupt handling, and compatibility across devices.
Integrated Mobility QA: A Strategic Business Enabler for Enhancing End-user E...Cognizant
As smartphones and tablets enter the market at breakneck speed, organizations need to develop sophisticated testing capabilities and provide cross-platform support in order to deliver proper application quality and business assurance.
Integrated Mobility QA: A Strategic Business Enabler for Enhancing End-user E...Cognizant
As smartphones and tablets enter the market at breakneck speed, organizations need to develop sophisticated testing capabilities and provide cross-platform support in order to deliver proper application quality and business assurance.
A 5 minute guide to delivering Flawless Mobile AppsCygnet Infotech
Scale up the performance and functioning of mobile applications by implementing dedicated mobile test automation practices with thoughtful planning and strategizing.
Mobile application testing faces several key challenges, including the variety of mobile devices with different hardware capabilities, diverse mobile platforms and operating systems, and different mobile networks. Effective mobile application testing requires testing across multiple devices, platforms, and networks. It also requires the use of emulators and cloud-based testing to efficiently test applications. The document outlines various types of mobile application testing including compatibility, interface, services, and performance testing. It discusses test strategies, common issues encountered in testing, and the importance of automation to address the complexities of mobile application testing.
The document discusses mobile application testing, including the types of mobile applications like web, native, and hybrid applications; different mobile platforms like Android and iOS; how to test aspects like installation, features, and network connectivity; challenges in mobile application testing like lack of devices; and how to overcome challenges using emulators and automation tools.
Training Opportunity: Certified Mobile App Professional (CMAP) TestingITpreneurs
Downloaded an app onto your phone lately? With app downloads mounting into the billions each year, there is a need for general standards in the creation and usage of mobile technology – and this provides a great opportunity for training companies: Meet Certified Mobile App Professional (CMAP). CMAP is a certification from the International Software Quality Institute (ISQI) specifically designed for anyone involved in Mobile App Testing. A great next step for those with Foundation Level certificate as “ISTQB Certified Tester” (CTFL).
Agenda:
Introduction: What will you learn today?
About CMAP
The Challenges of Mobile App Testing
Business Needs
Go-To-Market Strategies for CMAP
How to Get Started
Questions & Answers
Presentation about how to set a scope for testing mobile applications. Basic information, and only an overview. Needs to be applied to specific contexts.
Do'd and Don'ts for mobile application testing, basic guide for learning mobile testing, covers different aspects for mobile testing includes android and iphone test methodology.
Also highlights different types of testing, mobile platforms, testing frameworks, emulator and simulator differences.
Top Five Secrets for a Successful Enterprise Mobile QA Automation StrategyCognizant
1) The document discusses five secrets for a successful enterprise mobile automation strategy: selecting automation tools wisely, enabling continuous delivery and rapid QA, automating beyond functional coverage, supporting a flexible execution environment, and using the right framework.
2) It emphasizes the importance of tool selection parameters like cross-platform support, new OS version support, and open integration.
3) Continuous delivery is key to increasing speed without compromising quality in a DevOps environment. This requires automation across the entire software development lifecycle.
4) Automation should go beyond functional testing to also validate nonfunctional parameters and customer experience under varying conditions.
5) The framework design should allow for efficient implementation, reuse, and adaptation to changes
Choosing the Right Testing Strategy to Scale up Mobile App Testing.pdfpCloudy
The document discusses the importance of developing a robust mobile app testing strategy to handle the challenges of mobile app testing at scale. It outlines 14 key elements that should be considered when creating a testing strategy, including device selection, deciding between automated and manual testing, network connectivity testing, performance testing, and security testing. The document stresses the need for a balanced approach that blends automated and manual testing techniques to effectively test mobile apps.
Automated Front End Testing_ Navigating Types and Tools for Optimal Web Devel...kalichargn70th171
The quote, "A first impression is the last impression," can extend to customers using apps. Customers place a high value on their experience while using an app. It makes sense, then, that automated front-end testing is a cornerstone for ensuring user interface functionality and overall application reliability.
This blog explores the different types of automated front-end testing, their significance, and the tools that make them effective. By understanding these aspects, developers and testers can significantly enhance the quality of web applications.
The Guide to Selecting The Right Mobile App Testing Tool.pdfflufftailshop
Mobile technology has revolutionized how we work and play, making it easier to stay connected with the world. As a result, businesses of all sizes are now investing in mobile applications to increase their customer base and reach new markets.
The Evolution of Web App Testing_ An Ultimate Guide to Future Trends.pdfkalichargn70th171
Remaining informed about evolving trends is crucial for both businesses and developers in the dynamic field of web development. The year 2024 heralds groundbreaking advancements poised to revolutionize website construction and interaction. From progressive web apps and voice search optimization to prioritizing accessibility and cybersecurity, staying attuned to these trends is imperative. In this blog, we delve deeper into the pivotal trends shaping the future of web development in the upcoming year.
Quality Assurance and mobile applications!Bagaria Swati
Quality assurance is the planned and systematic set of activities that ensures that software processes and products conform to requirements, standards, and procedures.
Processes include all of the activities involved in designing, developing, enhancing, and maintaining software.
Products include the software, associated data, its documentation, and all supporting and reporting paperwork.
QA includes the process of assuring that standards and procedures are established and are followed throughout the software development lifecycle.
Standards are the established criteria to which the software products are compared.
Procedures are the established criteria to which the development and control processes are compared.
Compliance with established requirements, standards, and procedures is evaluated through process monitoring, product evaluation, audits, and testing.
The three mutually supportive activities involved in the software development lifecycle are management, engineering, and quality assurance.
Software management is the set of activities involved in planning, controlling, and directing the software project.
Quality assurance at CodeMyMobile is a high priority and forms an integral part of our Mobile app development lifecycle.
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What is website development?
Due to the enormous diversity and extensive usage of mobile devices, providing excellent experiences on mobile is particularly difficult and gratifying. We discuss the difficulties involved with testing mobile applications in this guide, along with practical solutions.
What Is Testing for Mobile Applications?
Applications that are being created for mobile devices are tested using a procedure called mobile application testing. The primary goals are to test the apps' usability, stability, and functioning.
For an app to survive in the market today, mobile application testing is essential. The application is also tested in numerous other areas, such as its performance, security, and UI, to provide the best quality for the end users.
Various Mobile Apps
The three primary categories of mobile applications are as follows:
Native apps are those that are created App Testing specifically for a given platform or operating system (OS). They have the extra benefit of being faster and more dependable in terms of performance because they concentrate on a single OS, but they are expensive to maintain.
Web apps: Similar to native apps, web apps have the primary distinction of being accessible on mobile devices using a web browser. Although it was inexpensive to design, it is totally reliant on the device's browser.
Apps that combine native and web-based functionality are known as hybrid apps. The HTML and JavaScript files are shown in a full-screen format using a web view control. These apps are easy to create and affordable, but they lack the speed and power of native apps.
It's time to start automating the test cases if you have a mobile application and have been running the same tests for it release after release in order to save time, effort, and increase your ROI. You should do this by spending money on a solution that enables automation in your mobile application.
The Benefits of Mobile Testing for Your App
To ensure compatibility, usability, and consistency, apps must currently be tested across a range of mobile platforms and operating systems. Automation testing can be used to create apps that are adaptable to different platforms and scalable.
It makes sense to use automation for a variety of repetitive processes, including regression and performance testing, as manual testing is time-consuming, expensive, and prone to errors.
The use of automated testing will enable testers to swiftly check for mistakes, flaws, and vulnerabilities in the application's new or most recent updates or changes. Furthermore, it aids them in:
• Conducted parallel testing on multiple devices
• Tests on reuse
• Obtain better protection
• Get a higher ROI
Types And Techniques Of Testing Mobile Applications
To find as many flaws as they can in various settings and scenarios, testers of mobile apps need a diversity of testing abilities and methods.
For QA personnel to get started, the following are some essential mobile testing types and
Criteria For Selecting Mobile App Testing Tools.pdfpCloudy
The document provides criteria for selecting mobile app testing tools, including ease of use, support for programming languages and platforms, cost considerations, and support for continuous testing. It emphasizes selecting tools that real people can use to test apps on actual devices, as this yields the most accurate results. Testing tools should accommodate different device fragmentation, platforms, and network settings to ensure apps perform well across environments. The criteria provides a starting point, but testers may consider additional factors based on project needs.
12 considerations for mobile testing (march 2017)Antoine Aymer
The document is a brochure that outlines 12 key considerations for choosing a mobile application testing solution. It discusses the importance of testing apps on real devices and emulators, enabling remote access to devices, supporting both manual and automated testing, testing under realistic network conditions, simulating common user interruptions, using object ID recognition, and testing the functional, performance, and security aspects of apps. It positions HPE's mobile testing solutions as addressing all 12 considerations by supporting testing on devices/emulators, remote access, manual/automated testing, network simulation, interruption simulation, object ID recognition, and functional, performance, and security testing. It emphasizes the importance of an end-to-end solution and expertise in mobile testing.
How Real Device Cloud Testing Ensures Exceptional Efficiency and Scalability ...kalichargn70th171
Real device cloud testing involves meticulously scrutinizing websites and apps on a diverse array of real desktop and mobile devices, all seamlessly hosted on cloud-based servers. This innovative approach grants Quality Assurance (QA) teams unfettered access to thousands of devices, facilitating manual and automated testing in real-time.
How Real Device Cloud Testing Ensures Exceptional Efficiency and Scalability ...kalichargn70th171
Real device cloud testing involves meticulously scrutinizing websites and
apps on a diverse array of real desktop and mobile devices, all seamlessly
hosted on cloud-based servers. This innovative approach grants Quality
Assurance (QA) teams unfettered access to thousands of devices, facilitating
manual and automated testing in real-time.
A Comprehensive Guide on Implementing Real-World Mobile Testing Strategies fo...kalichargn70th171
In today's fiercely competitive mobile app market, the role of the QA team is pivotal for continuous improvement and sustained success. Effective testing strategies are essential to navigate the challenges confidently and precisely. Ensuring the perfection of mobile apps before they reach end-users requires thoughtful decisions in the testing plan.
Ensuring Effective Performance Testing in Web Applications.pdfkalichargn70th171
A 2022 report by Gartner noted that 25% of users will spend one hour per day in the metaverse. Draw your attention to the trend this statistic highlights. Users are more likely to spend their waking hours online than otherwise.
The document discusses mobile user expectations, mobile testing challenges, and strategies for mobile application testing. It provides the following key points:
1) Nearly 80% of mobile users delete apps after the first use due to bad design, slow loading times, or crashes upon installation.
2) Mobile testing faces challenges due to a variety of devices, platforms, and operating systems. Effective strategies include test automation, coverage of multiple devices and platforms, and continuous monitoring of usage data.
3) A mobile application testing strategy should utilize emulators, physical devices, cloud/mobile testing tools, and automation to reduce manual effort and provide comprehensive testing.
Selecting the Right Mobile Test Automation Strategy: Challenges and Principles Cognizant
For mobile applications, automated testing is a wise choice due to the many OS platforms and devices they run on; we offer a strategy for setting mobile test automation goals and selecting the right tool sets.
Explain the different types of Apps testing and Outsourcing QA.pdfLorryThomas1
The evolution of mobile app testing mirrors the rapid advancements in portable technology and user transformation.
Significantly, testing was often out-of-the-box, with an immediate focus on functionality rather than user background.
Early mobile app tests were mostly manual, leading to inefficiency and inconveniences.
This document discusses performance testing concepts, methodologies, and commonly used tools. It begins by defining performance testing as a process of exercising an application with load-generating tools to find bottlenecks and test scalability, availability, and performance from hardware and software perspectives. It then discusses why performance testing is important, especially for mission-critical applications. Finally, it outlines key features that load testing tools should provide and factors for successful load testing such as testing at different speeds and browsers and generating complex scenarios.
This document discusses performance testing concepts, methodologies, and commonly used tools. It begins by defining performance testing as a process of exercising an application with load-generating tools to find bottlenecks and test for scalability, availability, and performance. It highlights the importance of performance testing for both enterprise and scientific applications. The document then covers key performance testing concepts like load testing and factors that impact system performance. It also outlines features of effective load testing tools and factors for successful load testing projects.
A Comprehensive Guide to Leveraging Device Farms for Maximum Testing Efficien...kalichargn70th171
In today's digital era, universal compatibility is crucial for web apps and applications. With many devices, browsers, and operating systems in play globally, ensuring seamless functionality becomes a complex challenge. While emulators and simulators offer partial solutions, real-world testing on diverse devices is irreplaceable.
Similar to Selecting the Right Mobile Test Automation Strategy: Challenges and Principles (20)
Using Adaptive Scrum to Tame Process Reverse Engineering in Data Analytics Pr...Cognizant
Organizations rely on analytics to make intelligent decisions and improve business performance, which sometimes requires reproducing business processes from a legacy application to a digital-native state to reduce the functional, technical and operational debts. Adaptive Scrum can reduce the complexity of the reproduction process iteratively as well as provide transparency in data analytics porojects.
Data Modernization: Breaking the AI Vicious Cycle for Superior Decision-makingCognizant
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Selecting the Right Mobile Test Automation Strategy: Challenges and Principles
1. Selecting the Right Mobile Test Automation
Strategy: Challenges and Principles
By choosing the tools and automation processes best-suited to
testing mobile apps, QA organizations can reduce complexity
and speed time to value.
Executive Summary
The mobile phone has transitioned from its tra-
ditional role as a mere communications medium
to that of an essential multipurpose personal
gadget. Consider that the number of smartphone
users worldwide will surpass two billion in 2016,
according to new forecasts from eMarketer.1
Meanwhile, technological advancements and
the proliferation of devices across platforms
and operating systems (Apple iOS, Android and
Windows Mobile) have made it more challeng-
ing for hardware manufacturers and application
developers to develop and roll out new products.
For vendor peace of mind, mobile applications
must be tested to ensure they run on key platforms
and across a multitude of networks. Despite the
pressures of short mobile development cycles, it
is necessary to quality-test applications across
operating systems, device platforms and networks
in order to ensure long-term success in a highly
fragmented and competitive global market.
Moreover, nonfunctional testing — including
usability, security and adaptability — is as critical
as functional testing. Effective testing can help
device makers and application developers collect
appropriate metrics that improve product quality.
This white paper explores industry best
practices for mobile testing and demonstrates
effective ways to manage mobile application
quality through test automation. As with con-
ventional applications, there is an increased
need to automate mobile applications testing to
improve scale and efficiency. A well-orchestrated
automation strategy enables hardware manufac-
turers and software developers to reduce their
efforts and accelerate time to market.
Key Challenges in Application
Test Automation
The primary factor that determines an
automation tool’s success is its ability to work
across platforms and technology stacks. It is
also important that the tool integrates lifecycle
aspects such as continuous integration to enable
quicker release cycles. The following challenges
influence automation success:
• Device diversity: Multiple platforms and
browsers, rendering differences, mobile devices
with varied application runtimes.
• Platform challenges: Frequent platform
updates and releases, customization of plat-
forms by OEMs.
cognizant 20-20 insights | march 2015
Cognizant 20-20 Insights
2. End-to-end QA
Test Automation
Scriptless Scripting
Parallel Automation
Execution
Continuous
Integration
• App technology challenges: The diversity of
app development technology; rapid oscillation
of adoption between native, Web and hybrid
technologies; emergence of responsive Web
technologies.
• Network challenges: Multiple network types
(e.g., GSM, GPRS, Wi-Fi, Wi-Max); different
speeds of connectivity across geographies;
multiple network operators with customized
network features.
• Hardwarechallenges:Limitationsinprocessing
speed, limitations of mobile memory size, dif-
ferences in device communication protocols
(e.g., WAP, HTTP).
Test Execution Expectations
Executing tests across different devices and
browsers is a cumbersome and challenging
exercise. The expectations from an automation
tool are limited not only in terms of cross-platform
application, but also with regards to ease of
usability, integration and rapid execution (see
Figure 1). Some of the key imperatives include:
• End-to-end QA automation: The ability to
address functional, nonfunctional and integra-
tion test scenarios.
• Scriptless automation: Test automation for
mobile apps with minimal learning.
• Parallel automation: Automated test execution
across multiple devices and platforms for
increased ROI.
• Continuous integration (CI): Daily execution
of automated scenarios in Agile and CI
environments.
Mobile Testing Industry Opportunities
In the growing mobile market, the need for spe-
cialized mobile testing is growing. The following
three opportunities contribute to almost 80% of
the total market demand.
• Mobile automation testing: Available automa-
tion tools offer diverse capabilities for a combi-
nation of technologies. The best approach can
be identified on a case-by-case basis.
• Functional testing using device labs, cloud
labs: Mobile functional testing always involves
a non-heuristic component that cannot be
automated. However, use of device cloud
labs is a widely adopted strategy that offers
quicker turnaround and reduced spend on
infrastructure.
• Mobile performance testing: Compared with a
desktop/notebook environment, mobile device
system resources (e,g., processing power,
memory, etc.) are limited. Also, mobile traffic
has outgrown desktop traffic in terms of online
Real-time Expectations from Smartphone-based App Automation
Figure 1
3. cognizant 20-20 insights 3
access, so performance testing of mobile appli-
cations is crucial. In addition to performance,
security testing is crucial, as there is a high
adoption of mobility in the banking, insurance
and healthcare domains, all of which involve
sensitive customer data.
Mobile Automation: What and Why?
Mobile applications are becoming increasingly
sophisticated, which has significantly increased
the requirement for end-to-end testing. To tackle
this, test organizations are exploring alternatives
to traditional manual testing. Automated testing
is a highly effective approach that can offer sig-
nificant business returns, as long as it is imple-
mented using the right tools and architecture,
factoring in cross-platform challenges. In such a
scenario, the following specific types of testing
also need to be automated (see Figure 2):
• Cross-platform compatibility testing: This
is necessitated by the growing number of
handsets and platforms.
• User experience testing: Most testing organi-
zations have limited experience with the design
and execution of usability tests.
• Field or network testing: Testing must be
performed in a geographically distributed envi-
ronment to account for the variety of network
types.
• Location-based testing: These are tool sets
that automate application response across
various locations.
• App store certification: This is a pre-certifica-
tion of repeated app store checks required for
leading app stores.
Test Automation Mechanisms for Mobile Apps
A mobile app or responsive Web site rendered on
mobile can be automated in one of the following
ways:
• Web-based automation: This approach is
specific to the mobile Web. It leverages user
agent add-ons that come with popular browsers
such as Mozilla Firefox and Google Chrome.
These user agents help render the specific Web
content that is displayed on the device onto a
regular desktop browser. The functionality can
be automated by using license-based and open
source solutions.
• Cloud-based automation: Cloud-based test
automation vendors support Web-based QA
across platforms. Cloud-based solutions also
offer integration with open source automation
libraries.
• Lab-based automation (devices and simula-
tors): This method involves setting up tools in
a test environment and leveraging simulators
or physical devices to automate testing using
popular commercial and open source tools.
1
Interruption
Testing
Network
Testing
Compliance
Testing
Location-based
Testing
App Certification
Guidelines
Additional Areas of Automation in End-to-End Mobile Application Testing
Figure 2
4. Open Source and Platform-specific Tools
The reliability of device platform-specific tools is
a high priority. While platform vendors and open
source tools prove to be good options, clients
require additional programming skills to leverage
them effectively.
Cognizant Tools
We offer a built-in platform to easily automate
testing of mobile native and Web apps, and
perform end-to-end automation across platforms
and devices, simulators and cloud topologies. The
platform enables scriptless automation, as well
as seamless integration with device cloud and CI
systems, thereby ensuring world-class mobile QA.
Mobile App Testing Tools Selection Criteria
There are many ways to improve the effectiveness
and efficiency of testing applications on mobile
devices. It is essential to ensure functional and
nonfunctional compliance of mobile applications
on devices and mobile automation. It is also impor-
tant to establish labs for testing mobile applica-
tions. Some basic criteria for mobile app testing
include the use of emulators, multiple browsers,
different platform versions and mobile-specific
scenarios for GUI, field and interruption testing.
One best practice is to start with a proof of
concept (PoC) on a critical platform prior to
narrowing down to a particular tool or toolset,
as one tool may not achieve your cross-platform
automation goals. When test automation tools
are evaluated, organizations must not overlook
the integration of test management with device
cloud environments.
A starting point is to identify reusable scenarios
across platforms, group them accordingly and
map each appropriate phase in the app devel-
opment lifecycle to leverage the benefits of the
appropriate and time-saving framework. For
mobile apps, critical test cases can be run across
releases as automation candidates to ensure
cross-platform reusability and multi-browser com-
patibility. It’s important to consider the different
form factors when determining test coverage,
especially for the mobile Web. Also, consider the
different aspects of connectivity for automation
execution runs.
In addition, there are 10 key principles that need
to be considered when selecting the right tool:
1. Perform tool feasibility tests, as mobile tech-
nologies and platforms vary.
2. Select tools that support both platform
simulators and devices, because you can mix
and match devices and simulators to optimize
runs on different platforms.
3. Aim for automation in nonfunctional areas,
such as interruption and hardware scenarios
that include battery state changes.
4. Always optimize platform support; in some
cases, there may be a need for one or more
tools to perform automation.
5. Identify multiple device and version support.
6. Ensure ROI for each of the mobile platforms
and duration of execution as a part of the tool
consideration process.
7. Look for avenues for early automation because
most mobile projects are Agile.
8. Ensure integrated execution with the test
management tool. Application lifecycle man-
agement is an important success factor.
9. Look for data-driven automation support;
iterations in execution will increase coverage
and ROI.
10. Good candidates for automation are test
cases that have repeated business logic,
functional flows or data-driven tests, such as
smoke testing and build acceptance testing,
regression testing, synchronization testing,
compatibility testing, GUI testing and non-
dynamic UI components, as well as cross-plat-
form functional testing.
Moving Forward
The principles and success factors of test
automation for mobile applications are much
different from those applied traditionally to con-
ventional applications. The attributes of devices,
environment, toolsets and test coverage add
layers of complexity. This requires keen insight
and a customized approach for a well-orchestrat-
ed automation strategy.
Using these best practices, organizations can set
test automation goals and choose the appropri-
ate coverage and toolsets for a comprehensive
approach. Making automation effective and
efficient yields cost and time reductions in the
app development lifecycle.
cognizant 20-20 insights 4