You're developing a mobile app. How do you ensure it's of the highest quality?

QA strategy planning should take place after the requirements analysis phase. During the QA strategy planning, as a QA professional, you should consider multiple factors and follow some key steps: understand project requirements, define goals and objectives, select QA methodologies (Agile, Waterfall, or a hybrid), allocate resources, set the testing scope, select types of testing, and document the strategy. Note that the QA strategy should be adaptable to changes in the project, and regular reviews and updates are essential to ensure its effectiveness.

Developing AP, first target is to focus on what are you going to achieve from this AP, always remember - AP is to making thing easier, faster and fun for people's daily life/daily work! Never aim high but prepare with low standard! The APP will be used by end-users, not your boss, so need to understand end-users. QA is not just about product quality assurance, user experinece something is more importan than "normal" quality ways of working Some tips: QA strategy ower should be defined by product manager, not just quality manager Super user or target user group should selected and be prepared to feedback (do not only focus on good feedback) Routing quality check is easy, but how to define extreme use case/enviroment are also important!

If developing a mobile app, it is very important to clarify the exact definition of "high quality" in your project. Each project is specific and requires unique approaches. So, Accordingly must be planned and fulfilled each step of the testing strategy.

Planning your Quality Assurance (QA) strategy is crucial for ensuring the highest quality of your mobile app. Here's a comprehensive approach to designing a QA strategy: 1. Define Quality Objectives 2. Understand User Requirements 3. Set QA Goals and Metrics 4. Identify Test Cases 5. Prioritize Testing 6. Select Testing Tools and Technologies 7. Implement Test Automation 8. Perform Functional Testing 9. Execute Non-Functional Testing 10. Perform Compatibility Testing 11. Implement Continuous Integration and Deployment (CI/CD) 12. Monitor and Iterate

To ensure the highest quality for a mobile app, rigorous testing across various devices and platforms is essential. Employing user feedback, conducting beta testing, and prioritizing intuitive user experience can improve app quality. Additionally, adhering to coding best practices, implementing security measures, and performing thorough performance testing contribute to the app's overall quality and success.

After defining the test strategy, you should select the tools that will simplify, organize, track, and expedite the software testing lifecycle. These tools should be chosen according to your test strategy to assist you in all possible testing types. Start with a test case management tool so that from the very beginning, you can properly develop, organize, and review your test cases. Then, choose compatibility testing tools and a diverse set of real devices covering the platforms outlined in your test strategy. Set up XCTest for iOS and Espresso for Android. Finally, set up the automated framework you are going to use for test automation. Note that you need to choose testing tools based on your project requirements, and development stack.

Employ Appium for cross-platform automation, enabling consistent testing across iOS and Android. Leverage XCTest or Espresso for native UI testing, ensuring precision in platform-specific functionalities. Utilize visual testing tools like Applitools to identify UI discrepancies across devices. Adopt device cloud testing platforms such as BrowserStack for comprehensive real-device testing. Integrate mobile app security testing tools like NowSecure to identify vulnerabilities. By carefully choosing these technologies, developers ensure a thorough testing toolkit, enhancing the quality and performance of mobile apps in the ever-evolving landscape of software development.

Select tools based on your app's requirements: Different apps may require different testing tools. Choose tools that align with your app's technology stack, platforms, and functionalities. Consider AI-driven testing tools: Explore AI-driven testing tools that can adapt to changes in the app's codebase and provide intelligent feedback.

Option 1: Match your tools to your app. Simulators for quick checks, real devices for in-depth testing, and cloud platforms for scalability. Choose wisely, test thoroughly. Option 2: Don't pick a one-size-fits-all. Emulators for basics, real devices for deep dives, cloud platforms for diverse needs. Invest in the right toolset for flawless apps. Option 3: Smart tool, smart app. Simulators for speed, real devices for reality, cloud platforms for flexibility. Choose wisely, test often, build trust. Option 4: Craft the perfect testing arsenal. Simulators for efficiency, real devices for accuracy, cloud platforms for reach. Invest in the right tools to conquer every bug.

- Understand your mobile app's testing requirements, including functional, usability, performance, security, compatibility, and localization testing. - Evaluate testing tools based on features, functionality, compatibility, ease of use, and support for manual and automated testing approaches. - Consider performance, load testing, security testing, and community feedback to choose the right combination of testing tools that ensure the highest quality for your mobile app.

Early testing is one of the seven testing principles you should always follow. Due to early testing, bugs can be identified and addressed at an early stage, reducing the cost and effort associated with fixing problems later in development. If you do not have a testable application or build of your project yet, you can start with requirements, environment, or design testing. Keep in mind that most bugs are found in the requirements. When it comes to testing the application itself, as a QA, you should test the application after each change. This way, you can prevent bug leakage or regression issues.

Testing early and frequently in mobile app development involves leveraging advanced technologies. Implement unit testing frameworks like JUnit or XCTest during code development to catch issues at the source. Utilize continuous integration tools such as Jenkins or CircleCI to automate tests on every code commit, ensuring immediate feedback. Employ TestFlight or Google Play Console for beta testing, allowing early user feedback. Integrate feature toggles with tools like LaunchDarkly for controlled feature rollouts, minimizing risks. Embrace automated UI testing frameworks like Detox or Espresso for quick and consistent validation.

Early testing is one of the seven software testing principles, which implies that?the testing process should start as early as possible. In my experience, though, I often see this principle being neglected, and QA teams get to testing after the software product has already been developed.

Adopt continuous testing: Integrate testing into the development pipeline to identify issues early in the development cycle. Conduct unit testing: Test individual components of your app in isolation to ensure they function correctly. Perform regression testing: Regularly test the entire application to catch any unintended side effects of code changes.

1. Bugs bite early? Catch them faster! Test constantly, from prototype to launch. Quality built-in, not bolted on. 2. Every stitch saves nine. Test early, test often, test all. Nip bugs in the bud, polish your app to perfection. 3. Avoid crunch-time chaos. Test throughout the journey. Catch issues early, save time and resources later. 4. Feedback is your fuel. Test often, gather insights. Shape your app with user wisdom, avoid post-launch disaster. Bonus: Emphasize the efficiency and cost savings of early testing. Use active voice and catchy verbs to create a sense of urgency. Tailor the tone to your audience (e.g., technical, marketing).

For mobile testing, it is important to check: 1. Behaviour when receiving a call 2. Behaviour when switching between apps 3. Behaviour in portrait and landscape modes 4. Behaviour in different connection types 5. Behaviour in different OS, model, and screen size

Usability testing is one of the important tests, so that information related to needs and preferences of users is taken into account rather than just assuming and relying on designers own needs and preferences, wherein many times they end up making mistake of designing mobile apps assuming users need as same as their needs.

Step 1: Process Outlining. Step 2: Choosing test type for Manual or Automated Testing. Step 3: Preparing test cases for different user functionalities. Step 4: Manual Testing. Step 5: Automated Testing. Step 6: Usability & Beta Testing. Step 7: Performance Testing. Step 8: Security Testing.

Functional testing: Ensure that all features and functionalities work as intended. Performance testing: Assess the app's responsiveness, speed, and resource usage under various conditions. Security testing: Identify and address potential vulnerabilities to protect user data. Usability testing: Evaluate the app's user interface and overall user experience.

1. Go beyond functionality. Usability, compatibility, performance, security - test every facet of your app for a flawless user experience. 2. Don't leave blind spots. Every click, every screen, every user. Test functionality, usability, compatibility, performance, and security. Build trust, deliver brilliance. 3. No room for bugs or glitches. From features to feelings, test all aspects. Usability, compatibility, performance, security - a holistic approach for an app that shines. 4. Users first, flaws last. Beyond basic function, test for intuitiveness, diverse devices, speed, and data safety. Every angle covered, every user embraced.

Collect feedback: Gather input from users, developers, and other stakeholders to understand their experiences and identify potential issues. Conduct retrospective meetings: Regularly review the QA process to identify areas for improvement and implement necessary changes. Stay updated on industry best practices: Keep abreast of the latest trends, tools, and methodologies in mobile app development and QA.

1. Quality never stops evolving. Learn, adapt, refine. Monitor testing, analyze findings, boost QA like a pro. 2. Don't settle for good enough. Measure, review, optimize. Quality audits, metrics, feedback - fuel your QA engine for perfection. 3. Bugs don't define you, growth does. Learn from missteps, celebrate wins. Review, refine, repeat. Build a QA fortress, not a sandcastle. 4. Quality is a journey, not a destination. Constantly assess, adapt, elevate. Metrics, audits, feedback - your roadmap to an impeccable app. Bonus: - Emphasize the continual improvement aspect of QA. - Use active verbs and powerful imagery to create a sense of progress and growth. - Adapt the tone and style to your audience (e.g., technical, marketing).

Elevating QA processes in mobile app development involves leveraging modern technological tools. Utilize retrospective analysis tools like Retrium to assess team performance and refine processes. Employ code review platforms such as Crucible or GitHub Actions to enhance code quality collaboratively. Utilize automated testing dashboards like TestRail for real-time visibility into test results. Implement AI-driven test analytics tools like mabl for actionable insights on testing efficiency. Utilize DevOps practices with tools like GitLab CI for continuous improvement.

Buenos dias Los primeros es validar todos las informaciones anteriores ,buscar los que dicen los clientes ,consumidores ,las opiniones las positivas y las negativas ,las positivas me dar las ideas de que tan efectivos esta siendo mi aplicacion ,las opinion negativas ,las seleccionares ,las analizares y le aplicares mis tecnicas de mejoras continua ,para testear ,hasta obtener un resultados ,y con este resultados ,doy a validar los resultados hasta obtener ,un resultados logicos y efectivos. para sastifacer a los clientes consumidores ,y cumplir con mis objetivos de obtener las mejor aplicacion mejorada ,acorde de los avance tecnologicos y los lineamientos de aseguramientos de calidad vigentes ,en el mercado. ATTE YUBERI QUITERIO 29/01/24

- Regularly evaluate the QA process, gathering feedback from team members, stakeholders, and end users to identify areas for improvement. - Define clear quality objectives and metrics aligned with user expectations and business goals to measure the effectiveness of the QA process. - Implement best practices, automation, risk-based testing, and a culture of continuous learning and feedback to enhance collaboration, efficiency, and quality throughout the mobile app development lifecycle.

Start with clear project requirements Should be User-Centric Design Form a competent team Use Agile methods & Maintain high coding standards Test at all stages & follow best security practices Optimize for performance & speed Ensure cross-device compatibility. Should be Scalable & Test comprehensively Plan a successful launch & Implement usage analytics Regularly update and support Educate users on app features By following these steps, you can ensure the highest quality when developing a mobile app, leading to a positive user experience and app success.

Test it across devices and mobile browsers using cloud platforms Consider all possible real life usage scenarios to ensure that coverage is complete

Intriguing: - Hidden gems: Beyond the basics, discover unique tips and tricks for app quality excellence. - Real-world tales: From blunders to breakthroughs, learn from the trenches of QA success stories. - Unconventional wisdom: Think outside the test case. Pro insights to elevate your app beyond expectations. Informative: - Emerging trends: Stay ahead of the curve. Explore cutting-edge tools and techniques for future-proof QA. - Community resources: Leverage the power of collaboration. Discover valuable resources and support from fellow QA champions. - Metrics that matter: Go beyond just bugs. Understand key performance indicators for a truly holistic QA approach.