Testing software isn't as simple as it sounds. While some think it's just clicking around, it's much more. To do it well, you need to understand the software's purpose and who will use it. You also need to learn how to use testing tools properly. Anyone can learn to test, but it takes practice to be good at it. Testers must stay organized and communicate well with their team. It's not easy, but with effort, anyone can become a skilled tester. Remember, it's about more than just finding bugs, it's about making software better for everyone, so understanding the application plays a key role in making you a good tester!!!

Avoiding common misconceptions about software testing requires Learning and training, communication, and a clear understanding of the testing process. Here are some strategies to help: 1) Have more training programmes, 2) encourage open, transparent and timely communication. 3) clearly set roles and responsibilities, basically SMART Goals, and provide timely feedback. 4) Test at every phase of SDLC 5) continuous automation 6) set phase gates and validate strictly for delivery excellence

Testing is easy! I prefer another approach, using the right mindset in our companies; everyone can help us test correctly. Rephrasing that sounds pretentious. Don't get me wrong, every role or activity is essential, saying that, as QAs, we need to facilitate the proper mechanisms to make Testing visible and why it is necessary to all to Test with us. Everyone can help us to test; testing is enjoyable.

Test is really easy! That's all folks, don't spend your time with tests I heard that once time in a project after production rollout I think everyone could imagine the result, 60% of the features are broken from prod environment. Tests are easy when we have a lot of knowledge about business and nice process, because when we talk about test it doesn't mean, someone doing something random on the application, but we mean whole process well documented with great business knowledge to aggregate value from the product. Tests are the spirit of the application if the application have been working well, it's because have been great coverage, then everything is balanced, like after mediation... think about that. Tests not will be the same anymore🤔

Software testing is a complex structure, however it is in a common practice that is why it is considered as an easy task to do because of its availability in the modern era.But as we go in details we can find that it is critical and complexed.For different projects there are different types of softwares, those can do hours taking tasks instantly. There are two types of testing automated testing and manual testing: in automated testing software tester has to do little less task than that of manual testing.Generally it is accepted by software engineers/developers that although manual testing is time taking but more reliable, accurate classical technique to detect any bug or defect in software before it's launched.

Many believe testing can catch every bug, ensuring flawless software. However, this is a misconception. Testing can uncover numerous bugs, but it's impossible to find them all. Software is complex, with countless variables and interactions. Even extensive testing may miss some bugs. While testing is crucial, it's just one part of the development process. Collaboration, iteration, and user feedback are also essential for improving software quality. In reality, striving for bug-free software is admirable but unattainable.

To address the misconception about testing and bug-free software, educate stakeholders, set realistic expectations, implement QA processes, prioritize testing by risk, and foster continuous improvement. Education and Communication: Inform stakeholders about the limitations of testing. Set Realistic Expectations: Clearly state that testing cannot guarantee bug-free software. Quality Assurance Processes: Implement robust QA processes. Risk-based Testing: Prioritize testing based on risk assessment. Continuous Improvement: Foster a culture of continuous learning and improvement By addressing these points, stakeholders can develop a more realistic understanding of the role of testing in software development and avoid such misconceptions.

Testing can ensure 100% bug-free software is a common misconception. While thorough testing plays a crucial role in improving software quality, it cannot guarantee complete absence of bugs

To address the misconception that testing guarantees 100% bug-free software, it's crucial to acknowledge its inherent limitations. Testing can mitigate but not eradicate defects entirely due to constraints like time, resources, and human factors. It's impossible to cover all scenarios and interactions comprehensively. Additionally, testing's effectiveness hinges on the quality and completeness of requirements, which may evolve during development. Combat this misconception by establishing realistic goals and communicating them clearly to stakeholders, fostering a better understanding of testing's role in software development.

It has been my experience that software testing is complex, demanding technical skills, analytical thinking, and mastery of testing methodologies. Testers design, plan, and execute tests for thorough coverage and understanding of software requirements and business logic. Effective communication with developers, managers, and sometimes customers is vital. Beyond a simple task, it requires ongoing learning and professional growth to stay current with technological advances. Recognizing the critical role of software testing in the development lifecycle is crucial for ensuring software quality and success.

Anything which can be defined can be tested Requirements - do they make sense? Are they unambiguous? Design - does it fit existing architecture? Is it solid? Is it secure? Code - static analysis is a massive testing tool and so effective And so on throughout the life cycle Not forgetting test driven development where the development follows the tests....

Testing should ideally start as early as possible in the software development lifecycle, not after development is complete. Early testing helps identify and address issues sooner, reducing the cost and effort required for fixing defects later in the process.

Testing should start as early as possible in SDLC. Ideally, in Requirement phase. An early start to testing reduces the cost and time to ship quality product and features to end-users in production.

Commencing testing at the earliest stages of the software development lifecycle is not only advisable but essential for optimal outcomes. Early testing serves as a proactive measure, enabling the identification and mitigation of potential issues before they escalate. By initiating testing early on, teams can intercept defects in their nascent stages, curbing the proliferation of issues throughout the development cycle. This preemptive approach confers several advantages. Firstly, it significantly diminishes the likelihood of defects propagating further downstream, thereby curtailing the resources and effort expended on rectifying them later in the process.

To dispel the misconception that testing should commence post-development, it's crucial to embrace a shift-left approach. Initiating testing early in the software development lifecycle reduces defects, delays, and rework. Integration of testing across all phases, from analysis to deployment, ensures comprehensive coverage. Employ diverse testing types like unit, integration, system, and acceptance testing, each serving specific purposes. Adopting test-driven or behavior-driven development methodologies fosters collaboration between testers, developers, and customers. This proactive approach minimizes risks and enhances overall software quality.

The art of misconceptions plays a vital role in the field of software testing. One of the major things I can go with this includes, change management. I make sure to keep my team members up to date with the latest test tools and technologies. I am confident that this led to continuous improvement in the testing process. Moreover, most of them knew well about this misconception of replacing manual testing with automation. Manual testing is the sole factor that plays a crucial role in exploratory testing.

Automation is valuable for efficiency, excelling at repetitive tasks and regression testing. Yet, it lacks human judgment for subjective aspects like user experience and complex issues. Automated tests need maintenance and may miss edge cases. Exploratory and usability testing require human involvement. Thus, automation complements manual testing for comprehensive coverage and quality assurance.

AI Analysis: Leverage AI tools to analyze the suitability of test cases for automation, emphasizing that not all testing activities can or should be automated. Community Insights: Engage with the LinkedIn community to share experiences and insights on the limitations of test automation, emphasizing the need for a balanced approach that includes manual testing.

While automation can greatly enhance testing efficiency and coverage, it cannot fully replace manual testing, especially in scenarios requiring human judgment, exploratory testing, or usability testing. Automated testing complements manual testing but cannot completely eliminate the need for human intervention and oversight.

Automation is mainly helpful in the regression areas or applications which have been used for a long time. Any newly built application is prone to a lot of changes and investing in the automated suites for such dynamically changing applications might not be feasible. Hence manual testing takes a major role in such apps .

100 % automation is possible is one of the very common misconceptions. On 1 click everything will be tested and I will get the dashboard result is what top management thinks and that's why they are not ready to invest in a testing team.

Other misconceptions are: 1. Testing is just manual testing 2. Anyone and everyone can do testing (there is no specific skills needed) 3. It’s testing - “one shoe fits all” (in reality - testing varies based on the application we are testing, the type of testing needed based on functional and non functional requirements, there is a plan & strategy around it etc) 4. Testing is outside of SDLC (in reality, it’s part of SDLC. The QA team is inclusive part of the project team and in many organisations is part of the software/application being developed)

Quality Assurance is proactive process driven. Testing complements it by ensuring that development process hasn't left any defects and recycle the information to ASSURE better quality 👌

Testing is a process which is part of quality assurance. If we consider Quality Assurance as a broader perspective it consists of software development, quality planning, testing, review, audit and continuous improvement. Quality assurance is ensured product and service as per defined standards. Software Testing is not the same as quality assurance. In short testing is concerned with finding and fixing defects, while QA is about preventing defects through the establishment of processes, standards, and continuous improvement efforts. Testing can find defects and quality assurance establishes long term quality improvement. Quality assurance focuses on product and customer satisfaction.

AI for Definition Clarification: Use AI to clarify the distinction between testing and quality assurance by providing clear definitions and illustrating how they contribute to overall product quality. Community Collaboration: Engage with the LinkedIn community to discuss the roles of testing and quality assurance in software development, ensuring a shared understanding among professionals.

Another misconception is that testing is solely the responsibility of testers or QA professionals. Combat this by promoting a culture where quality is everyone's responsibility, from developers to business analysts. Encourage practices like test-driven development (TDD), where tests are written before code, and involve the whole team in quality assurance processes. This approach helps in understanding that quality is a collective outcome rather than an isolated task.

Disseminando e reforçando a ideia principal: qualidade é de responsabilidade de todos e mais que isso, não se resume aos testes feitos pós desenvolvimento. Tendo isso em mente, partimos para reforçarmos os conceitos de que os testes se iniciam antes mesmo do desenvolvimento, que existem diversos tipos de testes, a própria pirâmide de testes é preciso ser entendida de forma clara e por todo o time, as estratégias por trás de um teste e ao final o que se pretende com o teste. É preciso ter em mente o porquê e pra quê e não somente o como fazemos os testes.

Another Misconception:"Testers Failed If It Doesn't Work In Production" The belief that testers are solely to blame when software fails in production is a common misconception. Testing environments often can't replicate the exact conditions of production due to constraints like limited resources and different configurations. Quality assurance is a shared responsibility, with developers, testers, product managers, and operations all playing crucial roles. Testing aims to mitigate risks, not guarantee zero defects, and the complexity of modern systems means some issues may only emerge in real-world use. Effective communication, continuous monitoring, and a collaborative approach are essential to promptly address and resolve production issues.

Quality is not just QA team responsibility - it's whole team and company responsibility. Therefore, in every stage and phase, QA representative should be involved, to make sure that the quality standards are met.

An illusion that Testing can be done by Developers alone and no QA is required, a developer can not find the bugs written by the code himself, I would rather appreciate pair programming by doing collaborative effort where both Dev and QA sit together and do the coding so that QA can avoid the duplication effort of redoing the Unit tests in their automated tests which were already covered by Dev during their unit tests