Our society's reliance on technology is growing more and more each day. The concept behind IoT is to make our lives simpler, and because most people are busy with their work, having an app that will free up some time so you can spend it with your family and loved ones doesn't sound all that horrible. The same scenario occurs at work, when computer software is integrated into our back-to-back work processes, boosting output and tempo while reducing human mistake. The majority of our personal and private data is already stored digitally, and we manage our finances using a variety of mobile and web tools. As having an empty bank account or having our identity stolen won't make our lives any simpler, it only seems sense that we would want such data to be secure. Nowadays, having the entire world at your fingertips makes it possible for many people to live far from their families. The social networks where we keep our loved ones near are greatly expanded by this. online, exchanging pictures with them, and making voice and video conversations occasionally or daily. Again, this is private information that you have shared with a chosen few people, and you don't want it to get into the wrong hands. How is the Quality Assurance (QA) or Quality Control (QC) process carried out?
Generally speaking, a lot depends on the kind of software being created. The user target group and business domain would be additional factors. The written document that outlines the software requirement and expected behavior contains descriptions of each feature or functionality of the software. The role of the QA engineer would be to design use cases and construct test cases on top of them based on that documentation. For the QA engineer to meet the requirements and determine what would be the expected behavior of the program being tested, it is essential that they have a solid understanding of the business domain. The target audience is the set of users who will make use of the software, and this will supply specific information during the testing phase to meet the User Experience (UX) point of view.
In an agile process, there is a User Story for each software requirement (feature) that describes how the capability should behave, what the input should look like, and what the intended output is. When the finished product is fully designed and functional, the User Story is then broken down into smaller tasks based on this technical documentation. Each Task follows the instructions from the SDLC graphical diagram that is provided. Planning, research, and design have all gone into the task acceptance criteria. The task then moves on to development, where developers work their magic to advance the task to the following stage in the circle, which is testing. The tester should offer Test Cases that will cover all anticipated Use Case scenarios in addition to all unforeseen Edge Cases based on the Acceptance Criteria. The task is made available to users if it successfully completes the testing procedure (Integrated into the existing software). If the task fails the testing procedure, it is sent back to the engineering and development team. This procedure can be performed as often as necessary until we are confident that the product we are releasing is secure and reliable enough for End Users to use.
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