#Is QA same as software testing?
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The Role of Quality Assurance in Mobile App Development
Welcome, tech lovers! In this ever-transforming technology era, mobile app development for mobile devices has trivially assimilated itself into our everyday lives.
Whether imagining the cloud or ordering food, mobile applications have significantly revamped how we comprehend our environment.
But are you aware of the activities taking place quietly in the background to make sure that the apps do…
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#Are QA considered software engineers?#How do I test my mobile app for QA?#How do you ensure quality assurance in software development?#How do you explain software quality assurance?#How do you perform quality assurance?#How do you show quality assurance?#How does software quality assurance affect application development?#Is QA part of Agile?#Is QA same as software testing?#mobile app quality assurance checklist#What are good quality assurance examples?#What are the 2 principles of quality assurance?#What are the 3 C&039;s of total quality management?#What are the 3 key activities of quality assurance?#What are the 4 focus area of quality assurance?#What are the 4 steps in quality assurance?#What are the 5 pillars of quality assurance?#What are the 7 essential steps to implementing a process of quality assurance?#What are the 8 dimensions of quality assurance?#What are the basic concepts of QA?#What are the five steps to developing quality assurance?#What are the four types of quality assurance in software testing?#What are the six 6 requirements of quality assurance process?#What are the three phases of quality assurance?#What is a simple example of quality assurance?#What is mobile quality assurance?#What is quality assurance in app development?#What is quality assurance model?#What is quality assurance testing in software development?#What is quality assurance vs testing?
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Hey shutters, do you have any advice that you can share to impress a dev team so that they'll accept me as tester?
Hmm ive not been hired specifically for QA before (though I have had to test games anyway because when you work in indies you wear a lot of hats) so I'm not sure what I can tell you to get you hired, only what to expect from the job itself.
Video Game QA is fucking grueling and many companies are going to expect unreasonable work ethic from you that I will suggest you don't subject yourself to. I don't believe in crunch and QA is one of the crunchiest parts of an industry that runs on crunch lol.
But anyway, if you want to impress as a QA tester, don't talk up how good you are at breaking a game—every gamer with years of experience knows how to find a place to clip through a wall or abuse physics to fly—show off how meticulous you are in documentation. The more detailed you are with the hows, whys, and wheres when you encounter a bug or issue, the more helpful you will be to the programmer that has to fix it. A tester who becomes familiar enough with a game internally might even be able to figure out what's going wrong before the programmer has to figure it out (see: speedrunners figuring out the exact details behind glitches down to a science just so they can use them for speedrunning)
You're also going to be doing a ton of repetitive work (prepare to play the same parts over and over and over again until you can do it in your sleep) because you need to account for every possibility. There's a joke about a tester that walks into a bar and then tests it by ordering drinks, then too many drinks, then negative drinks, then a lizard, but when a customer walks in and asks where's the bathroom the whole thing crashes. Familiarity with software can lead you to miss testing totally reasonable user behavior, make sure that you don't and you try to account for everything.
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Simplifying Testing Infrastructure with Cloud Automation Testing
In today’s fast-paced digital world, businesses need to continuously deliver high-quality software applications to meet customer expectations. But how are businesses going to make sure whether their product meets the highest functionality, usability, security and performance standards? This is where Software Testing comes into the picture and ensures the performance and quality of the product.
There are two methods of testing: manual and automated. However, manual testing is time-consuming and can be prone to errors. With the rise in the scope and scale of testing in DevOps, the requirement for automated testing has become apparent.
What is Automation Testing?
Automation Testing is the process of automatically running tests. They are used to implement text scripts on a software application. These tests are conducted with the help of testing software which frees up resources and time during the process of testing. This enables people to test the quality of the software more judiciously and at a lower cost.
Automation testing allows people to:
Create a set of tests that can be reused multiple times
Save cost by debugging and detecting problems earlier
Deploy tests continuously to accelerate product launches
How Automation Testing is Transforming the World?
Automation can be seen almost everywhere, not only in QA testing but in our day-to-day lives. From self-driving cars to voice tech, the technology is rapidly becoming automated to simplify our lives.
Automation testing is consistently improving the quality of QA testing and saves a lot of time in comparison to manual testing. As known, writing test cases need continuous human intervention. And to ensure the best results, test cases should be a continuous collaboration between testers and developers.
No matter the product or service, the key benefits of automation testing can be summarized as the following:
Increased speed
Increased output
Enhanced quality
Lesser cost
Advantages of Automation Testing
With the improvement in AI, the power and scope of automated testing tools are increasing rapidly. Let’s look into detail as to what people and organizations can gain from automation testing:
Saves cost
Automated Software Testing will help your business save time, money and resources during the process of quality assurance. While there will be a requirement for manual testing too, the QA engineers will have the time to invest in other projects. This will lower the overall cost of software development.
Simultaneously run test
Since automated testing needs little to no human intervention once it starts, it becomes easy to run multiple tests at once. This also provides you with the opportunity to create comprehensive comparative reports faster with the same parameters.
Quicker feedback cycle
In the case of manual tests, it can take a lot of time for testers to return to your DevOps department with feedback. Using automation testing tools, you can implement quicker validation during the software development process. By testing at the earlier stages, you increase the efficiency of your team.
Lesser time to market
The time that is saved with continuous testing during development contributes to the earlier launch of your product. Automation testing tools can also enable faster test results, speeding up final software validation.
Improved test coverage
With a well-planned automation strategy, you can expand your test coverage to improve the quality of greater features in your application. Due to the automation of the testing process, it gives free time to your automation engineers to write more tests and make them more detailed.
Better insights
Automation tests not just disclose when your test fails but also reveal application insights. It can demonstrate data tables, file contents, and memory contents. This will allow developers to identify what went wrong.
Enhanced accuracy
Making mistakes is human and in the case of manual testing, there’s always a possibility of human error. Whereas with automation, the implementation of tests will be accurate most of the time. Obviously, test scripting is done by humans, which implies that there’s still some risk of making errors. But these errors will become lesser and lesser the more you reuse tests.
Lesser stress on your QA team
Your quality assurance team will experience significantly less stress if you adopt an automated testing technique. Once you eliminate the hassle of manual testing, you give them the time to create tools that improve your testing suite even further.
Types of Automated Testing
Unit Testing If the individual parts of your code won’t function correctly, there is no possibility for them to work within the final product. Unit testing looks into the smallest bit of code that can be segregated in a system. To conduct Unit Tests, the tester must be aware of the internal structure of the program. The best thing about Unit Testing is that it can be implemented throughout the process of software development. This ensures consistent delivery of feedback that will speed up the development process, sending products to market faster.
Functional Testing
After ensuring that all the individual parts work, you need to check whether the system functions based on your specifications and requirements. Functional Testing makes sure that your application works as it was planned based on requirements and specifications. Functional Testing assesses the APIs, user interface, security, database and other functionalities.
Regression Testing
Regression tests are required to confirm that a recent change made in the system hasn’t impacted the existing features. To perform these tests, you extract current relevant test cases from the test suite that involves the affected and modified parts of the code. You must carry out regression testing whenever you modify, alter or update any part of the code.
Load Testing
Do you know how much pressure your application can take? This is an essential piece of information to keep yourself prepared with before you hand it over to your user. Load tests are non-functional software tests which are carried out to test your software under a specified load. It will demonstrate the behaviour of the software while being put under the stress of various users.
Performance Testing
Performance Testing assesses the responsiveness, stability, and speed of your application. If you don’t put your product through some sort of performance test, you’ll never know how it will function in a variety of situations.
Integration Testing
Integration testing involves testing how the individual units or components of the software application work together as a whole. It is done after unit testing to ensure that the units integrate and function correctly.
Security Testing
Security testing is used to identify vulnerabilities and weaknesses in the software application’s security. It involves testing the application against different security threats to ensure that it is secure.
GUI Testing
GUI testing involves testing the graphical user interface of the software application to ensure that it is user-friendly and functions as expected.
API Testing
API testing involves testing the application programming interface (API) to ensure that it functions correctly and meets the requirements.
Choosing a Test Automation Software Provider
If your business is planning to make the move, the test automation provider you pick should be able to provide:
Effortless integration with CI/CD pipeline to facilitate automation, short feedback cycle and fast delivery of software.
The capability to function on private or public cloud networks.
Integration with the current infrastructure for on-site testing for simpler test handling and reporting.
Remote access to real-time insights and monitoring tools that can help you better understand user journeys and how a certain application is being used.
Automated exploratory testing to increase application coverage.
Test environments that are already set up and can be quickly launched when needed.
CloudScaler: A Trusted Provider of Software Testing in the Netherlands
With the increasing complexity of modern software development, the need for reliable and efficient software testing services has never been greater. CloudScaler, a trusted provider of Software Testing in the Netherlands, offers a comprehensive suite of testing services to help teams navigate the challenges of cloud infrastructure and microservices.
Our services are designed to shorten deployment times and development costs, enabling your team to focus on what they do best: building innovative software solutions. Our approach is rooted in efficiency, reliability, and expertise, ensuring that you can trust CloudScaler as your partner in software testing.
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Codeless Testing Tools For 2024 - Technology Org
New Post has been published on https://thedigitalinsider.com/codeless-testing-tools-for-2024-technology-org/
Codeless Testing Tools For 2024 - Technology Org
Codeless automation testing tools have emerged as a significant solution. These tools offer a user-friendly interface for efficient test creation without coding. They enable non-technical users to seamlessly automate testing processes. In this blog, we will explore the top codeless testing tools that will shape automation testing in 2024.
Software developer’s workplace – illustrative photo. Image credit: Farzad via Unsplash, free license
Codeless Testing Tool Overview
Codeless testing involves producing and executing tests without the coders having to write lengthy codes. Instead, designers use drag-and-drop functionalities, graphical interfaces, and pre-built components to design and execute tests.
This technique applies a user-oriented approach aimed at testers with no programming or low programming skills to achieve test creation, management, and execution tasks easily. In codeless automation, speed is enhanced, productivity is increased, and teams can take products to market faster.
Popular Codeless Testing Tools in 2024
Let us see some of the emerging codeless testing tools in 2024
Katalon Studio
Katalon Studio stands out for its adaptability in automation testing on Desktop, Mobile, Web, and APIs. It has a simple user interface that uses drag-and-drop commands and record-and-playback functionality.
Katalon simplifies automation testing while providing features like built-in test-case libraries, object repositories, and extensive reporting capabilities. It integrates with popular Continuous Integration tools and supports native plugins to enhance workflow efficiency. Katalon’s ability to detect object modifications and adapt tests ensures test stability. It also supports various integrations such as Issue Management and Test Management, further improving the automation testing process.
TestCraft
TestCraft focuses on end-to-end (E2E) automation testing for continuous and regression testing. TestCraft allows QA teams to accelerate their automation testing efforts efficiently and precisely.
TestCraft has agility in generating test scenarios even before the application is fully developed to start testing early in the development lifecycle. The tool’s support for multiple data sets and parallel implementation further enhances testing flexibility and coverage.
TestCraft’s unique approach to automation testing includes pre-coded test scripts with customizable inputs to suit specific testing requirements. TestCraft allows testers to reuse flows and elements across different test scenarios. It also offers smart analysis and reporting capabilities for test execution results and facilitating informed decision-making.
LEAPWORK
LEAPWORK is a cloud-based automation testing tool known for its versatility in testing various types of applications. It allows agile project teams to implement automated QA testing procedures to establish faster release cycles and improve product quality.
It offers various features aimed at enhancing QA teams’ productivity and efficiency. It can reuse automated flows across different test cases to optimize cloud testing maintenance efforts and ensure consistency in automation testing practices. It supports cross-browser testing, parallel runs, and application functionality validation across different environments.
CloudQA
CloudQA is a cloud-based automated testing platform that improves test management and execution across multiple browsers simultaneously. It offers an integrated report tool for rapidly generating and scheduling regression test suites.
This codeless automation testing tool allows users with the same level of functionality as Selenium without requiring advanced programming expertise. Recorded tests are organized into manageable modules and presented in easily understandable formats.
CloudQA is repurposed for load testing, regression testing, and synthetic monitoring. Key features such as smart Record & Playback tests with screenshots after each step, support for data-driven tests, and integration with third-party tools like Slack, Asana, GitHub, and JIRA enhance the testing experience to detect and manage bugs effectively.
Ranorex Studio
The main feature of the Ranorex Studio is that it can record the scriptless automation of mobile, web, and desktop applications using the powerful object recognition mechanism. It provides a user-friendly interface and complete functions to improve the automated testing process.
It supports standard programming languages such as C# and VB.NET to create automation scripts using familiar syntaxes. Testers can easily automate regression testing by utilizing drag-and-drop UI objects, capture-and-replay functionality, and code modules.
Ranorex Studio can integrate with Selenium WebDriver to enable cross-browser testing on a Selenium Grid. The tool offers advanced features such as RanoreXPath technology for recognizing UI components, a spy engine for tracking UI descriptions, and image comparison capabilities for visual validation.
Ranorex Studio further enhances collaboration and productivity by integrating various DevOps and project management tools. This integration ecosystem enables teams to build a complete automated testing toolchain for test execution and result management.
TestProject
TestProject is a free codeless testing tool for QA teams to improve the creation and execution of automated tests. TestProject simplifies building and maintaining automated test cases, eliminating the need for programming expertise.
TestProject can design and manage test cases using the tool’s user-friendly interface. This flexibility extends to the types of applications tested, as TestProject supports testing for web applications, mobile apps, and APIs to meet diverse testing needs.
Through its test reporting feature, testers can access the required information to locate and solve any problems discovered during the testing quickly. It permits team members to work collaboratively by making the transfer of test results available and establishing transparency and operating efficiency.
TestProject enables QA teams to automate testing and detect issues early in the development cycle to release cycles faster and improve product quality.
Testim
Testim can facilitate quick and straightforward creation and execution of automated tests by QA teams. It has a user-friendly drag-and-drop interface and AI-powered testing capabilities to build and maintain automated test cases without the need for programming knowledge.
Testim AI-powered testing capabilities significantly improve the test process by automatically creating test cases and identifying flaws. This automation saves time and enhances the efficiency and effectiveness of the testing process to deliver high-quality software.
Testim supports testing for software components like APIs, web applications, and mobile applications. This ensures comprehensive testing coverage to identify and address issues across different software layers. Testim’s automated testing approach minimizes the risk of human errors and ensures that software products undergo thorough testing.
Selenium IDE
Selenium IDE has the power of Selenium for automate web applications without coding. Selenium IDE involves straightforwardness in the creation and execution of automated tests, thus making it the best option for testers regardless of their expertise levels.
Its ability to run specific tests or entire test suites allows testers to manage and execute their testing scenarios efficiently. It also provides debugging capabilities, including setting breakpoints and pausing on exceptions directly from the IDE.
Selenium IDE is cross-browser testing to ensure its compatibility with the Selenium IDE runner, which enables testing across various browsers and operating systems. They offer a set of commands for creating loops, inserting waits, and executing asserts.
Its support for control flow structures, such as if-else statements, enables testers to implement conditional testing directly from the IDE to simplify test logic and enhance test coverage. The tool also supports test reuse through the run command to incorporate specific test cases into multiple test suites.
Selenium IDE further improves the automation testing process by storing test scripts as JSON files, enabling easy comparison, modification, and examination of tests. This simplifies test maintenance and collaboration among team members to ensure efficient test management and execution.
ACCELQ
ACCELQ is an AI-powered codeless automated testing tool that offers a solution for automating desktops, web applications, mainframes, and other applications with minimal effort and time.
ACCELQ distinguishes itself with its self-healing capabilities, which make test automation efficient. Its user-friendly interface enables the development of automated tests that integrate with existing DevOps and quality toolchains for enhanced collaboration and workflow efficiency.
ACCELQ’s features include scalability and enterprise-grade security, making it a safe and reliable choice for organizations of all sizes. It offers automation of both User Interface and API testing, ensuring comprehensive test coverage across different application layers.
It can create app blueprints to facilitate visual test design, while its Embedded Frameworks enable speedy development and minimal maintenance overhead. Features like Projecting and Path Analysis generate test scenarios, maximizing test coverage and effectiveness. It is also continuously integration-ready to incorporate automated testing into its development pipelines.
Mabl
Mabl is explicitly designed for CI/CD environments. It integrates automated end-to-end (E2E) tests into the Software Development Life Cycle (SDLC). It utilizes extensive web browser automation coverage, including Selenium WebDriver, IDE, and other automation testing tools.
It can enable parallel testing across all browsers, eliminating barriers related to visual design, user experience tests, and performance tests. By managing everything in the cloud, this significantly reduces the physical effort, hosted infrastructure, and test case maintenance associated with automation testing.
Mabl’s advanced User Interface and design approach make it intuitive and easy to use. The Mabl Trainer browser plugins allow testers to set up functional testing against applications in minutes.
The tool also offers actionable insights that can be exported to various platforms, enabling teams to make informed decisions and prioritize issues effectively. Mabl’s auto-healing feature ensures that testing remains stable and consistent, further enhancing test results’ reliability.
Sikuli
Sikuli utilizes image recognition techniques to automate Graphical User Interface (GUI) tests, seamlessly identifying and interacting with GUI components. It proves beneficial when working, extending its capabilities to automate Java applets and Flash objects, while IDE scripts further enhance its functionalities.
Sikuli requires a visible app GUI during runtime. This means it cannot execute and maintain multiple scripts concurrently when the GUI undergoes frequent changes.
Key features of Sikuli support multiple platforms such as Linux, Mac, and Windows, making it highly versatile and accessible. The tool allows testers to record images at the pixel level for precise UI verification.
Sikuli enables automation testing on various devices and emulators, facilitating comprehensive testing across different environments. It integrates with Selenium to automate desktop applications, enhancing the effectiveness of test automation efforts.
Codeless testing tools offer QA teams the opportunity to enhance the accuracy and reliability of their testing procedures. Automated tests, which are less susceptible to human error than manual tests, contribute to ensuring thorough testing and high-quality software products.
LambdaTest, an AI-powered test execution and orchestration platform, presents an extensive online device farm comprising over 3000 real devices and operating systems, facilitating scalable automation testing. Moreover, it seamlessly integrates with leading codeless testing tools like Katalon Studio, Ranorex, and QMetry, streamlining the testing process.
Conclusion
In conclusion, with codeless testing tools in 2024, QA teams can optimize their testing processes and expedite time to market without compromising quality. From AI-powered platforms to image recognition tools, each offering brings unique advantages to achieve resilient test automation. Integrating automation testing tools into CI/CD pipelines ensures continuous feedback loops and facilitates agile development practices. As we adopt these advancements, automation testing is essential in driving reliable, scalable, high-quality software solutions.
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The Role of Coding Skills for Software QA Testers: A Comprehensive Perspective
Coding skills can be important for software testers, but it depends on the job and what the company wants. While not required for all testing jobs, knowing how to code can really help testers in some areas.
Coding is very useful for jobs focused on automating tests, so it's a good skill for people taking online QA training courses. Test automation tools like Selenium and Appium require writing and updating test scripts, and coding knowledge helps automate test cases efficiently. Also, understanding coding languages allows testers to communicate well with developers about bugs and work closely together.
Even for jobs focused on manual testing, coding abilities can give testers an advantage over others taking the same online courses. Testers who can code can look into the application's code during exploratory testing to find potential issues and improve test coverage.
From a career standpoint, coding skills often lead to specialized roles like automation tester or QA engineer, where being able to write scripts is typically required. However, for roles focused only on manual testing, other skills like understanding the application domain and analytical thinking may be valued more than coding abilities.
In the end, while coding can definitely enhance a tester's skills and open up more job opportunities, it may not be absolutely necessary. People interested in testing should consider the specific needs of the roles they want, their own career goals, and current industry trends, especially when considering the potential benefits of QA online training programs.
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Can software quality be assured by "testers"?
You'd have to live under a rock not to notice the constant flurries of anti-QA rhetoric here on LinkedIn and elsewhere in blogsphere. Have no fear though. In this article, I address some of the misconceptions that are being made that cause folks to have this anti-QA stance that usually revolves around the statement that "testers" cannot assure quality because, in the context of software development, they are not in a position to influence/change the code and therefor have no power to change the quality, directly.
I want to come right off the bat and say this is 100% true! "Testers," as defined by the folks that seem to hold this stance, cannot assure quality. Does this surprise you? It shouldn't, here is why.
Testers only provide information
If testers, per the definition used by Bolton and others, only "evaluate a product to provide information" (this is an overly simple and paraphrased version I use for brevity but you can find their definition readily online), then of course they cannot change the quality of the software! Duh!
And here lies the crux of the matter, testers don't assure quality but Quality Assurance Analysts and Engineers via a Quality Assurance process, do. Now, I don't think that Bolton is confusing Quality Assurance with testing, but I think that he is adding to the confusion by not making this very clear. Which results in practitioners being confused about what they really should do.
When Bolton and others tell folks to "get out of the Quality Assurance business" it could be because they would like them to get into the single purpose testing business instead.
Quality Assurance drives the Quality
In a mature organization, QA is responsible for working with management (executive management), understanding the Quality Objectives of an organization, crafting a process that will ensure that these quality objectives are being met and then reporting on said quality; for the purpose of continuous improvement.
Quality Assurance and Testing are not the same thing
"A picture says a thousand words", one tool that I like to use to illustrate who is responsible for what without using a lot of words is a RACI. To understand this nuanced difference between testing and QA and how they are not the same thing but do work together, let's examine the below example in the context of Software Quality:
As you can see by creating a RACI chart in order for us to outline the responsibilities, in terms of quality, across various roles in the project team (such as Testing (testers), Development, Quality Assurance (QA), Scrum Masters, User) helps to clarify who is responsible for what, this ensures that all aspects of quality are adequately covered thereby assuring quality.
In order to assure quality, though, you first have to define what quality is. What are the Quality Standards for the project? This is the first line in the RACI, if you notice QA is Responsible and Accountable for setting the Quality Standards while "testers" are consulted (this is in line with testers only provide information, no?).
Another difference between QA and testing is that writing the test cases and also actually performing testing are in the realm of "testers" who are both Accountable and Responsible for this. QA plays a Supporting role.
Yet another difference is that testers are Accountable for reporting bugs, risks, etc, but share the Responsibility with QA. This is clearly in line with the "testers" only provide information mantra.
Here is the Legend I used for the RACI for completeness:
Summary
As you can see from the above, it is clear (well at least to me) that "testers" cannot assure quality. It is also clear to me that Quality Assurance is Accountable and Responsible for both owning the Quality Standards for the project as well as setting up the process and following up with the other stakeholders to ensure that the quality standards are being met, therefore resulting in a Quality product (as defined by the project team).
What are your thoughts on this topic? Do you still think that "testers" can assure quality? Are you ready to get out of the "tester" business and join Quality Assurance? A profession that actually has a body of knowledge and common practices that are widely known? Leave your thoughts in the comments!
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The Unsung Heroes of Software Testing: Why Manual Testers Matter
Welcome to the software development hustle, where automation often takes center stage. But let's talk about some unsung MVPs – our manual testers. Today, we're digging into why these folks matter, even in the age of automation.
Automated tools are like the heavy lifters – great for the same old reps, but they're missing a bit of that human touch. Manual testers, on the other hand, think like regular users, catching the small stuff that automated tests might breeze past. It's not just about getting the software to work; it's about making it click with users.
Manual testers are the pros at user-centric testing. They get how real people mess around with software. While automated tests check if everything's ticking, manual testers are on a mission to make the software user-friendly – checking if it's smooth, accessible, and just plain works for folks.
In the world of constant changes and agile development, manual testers aren't just tagging along; they're the quick-change artists of testing. They can switch up their testing plans on a dime when requirements do a U-turn. Their flexibility isn't just handy; it's what keeps the software solid and in line with the project's shifting goals.
Effective communication isn't a fancy report for manual testers; it's the everyday chat that keeps the QA vibe going. They're the connectors between different teams – the ones who talk straight with developers, product managers, and end-users. It's not just about flagging problems; it's about throwing in ideas that get the development team nodding. It's teamwork that makes sure the software not only meets the techie specs but also serves users and the business.
In this ever-changing world of software development, finding the right mix between automation and manual testing is key. Manual testers, with their roll-with-the-punches style, user focus, and the ability to see the big picture, are the secret sauce for delivering software that's not just functional but kicks butt. Let's give a nod to these unsung heroes – the manual testers. No frills, just getting the job done.
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Common Challenges in Regression Testing
What is regression testing?
It is a testing method that ensures the code changes that have been introduced or modifications or updates done to the application do not affect or alter the existing functionalities of the software product or application.
The following are the challenges involved in conducting regression testing:
1. Difficulty in communicating business value: The platform of regression testing makes sure that the existing product features are working appropriately. When it comes to communicating regression testing value to non-technical leaders within the business, it can be quite a difficult task to accomplish. A considerable amount of time is invested by testers in the regression testing process.
2. The issue with complexity: When there is a product update, the complexity grows, which, in turn, causes the list of tests in the regression pack to grow to a huge amount. Over a period of time, the regression tests become complicated and big. There could be potentially thousands of processes, functions and test cases to check. Manual testing can be quite difficult and hence a feasible alternative would be to opt for automated regression testing.
3. More resources are required: After every development iteration, regression tests need to be run. The time that is required to recreate and run the tests needs to be justified. This in turn makes the testing process harder. When these test cases are executed by external teams or crowd testers, then it will help relieve the burden off the internal team.
4. Buy-in is required from the development team: Those tests that have been previously passed are being run by regression tests. This in turn can prove to be difficult for Quality Assurance (QA) engineers and development teams to embrace. Often, stakeholders and management would invest money and time in developing new features. This may bring more revenue as opposed to the same features that have been built and tested before.
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Automation Testing Services: Enhancing & Streamlining QA Processes
In today's rapidly evolving tech landscape, ensuring the quality of your software applications is paramount. This is where automation testing services come into play, offering a robust solution to enhance and streamline your QA (Quality Assurance) processes.
In this comprehensive guide, we'll delve into the world of automation testing services, discussing their significance, real-world examples, and why you should seriously consider adopting them for your software projects. So, let's jump right in!
The Significance of Automation Testing Services
Automation testing services are a game-changer in the software development and QA realm. They empower organisations to achieve faster, more reliable, and cost-effective testing processes. But what exactly makes them so significant?
Efficiency and Speed:
Automation testing services leverage pre-scripted test cases and specialised tools to perform a wide range of tests. This automation significantly speeds up the testing process compared to manual testing. Here's why this efficiency matters:
Swift Execution: Automated tests can execute a multitude of test cases in a fraction of the time it would take a human tester to perform the same tasks. This rapid execution allows for quicker feedback on the software's functionality and performance.
Faster Iterations: In an agile development environment, where frequent code changes occur, automation enables quick and frequent testing cycles. Developers receive feedback promptly, which is essential for making timely adjustments and improvements.
Regression Testing: Regression testing, which involves verifying that new code changes haven't broken existing functionalities, is an area where automation shines. Automating regression tests ensures that the software remains stable as new features are added.
Precision and Reliability: Automated tests are consistent and deterministic, which means they provide precise and reliable results. This aspect of automation testing is vital for ensuring software quality:
Consistency: Automated tests follow predefined scripts meticulously, eliminating the possibility of human errors or variations in testing. This consistency ensures that the same tests produce the same results every time they are executed.
Objective Results: Automation removes subjectivity from testing. Human testers may interpret results differently, but automated tests produce objective pass/fail outcomes based on predefined criteria.
Reduced False Positives/Negatives: Automated tests are less likely to produce false positive or false negative results compared to manual testing. This accuracy in reporting defects is crucial for efficient bug tracking and resolution.
Cost-Effectiveness: While there is an initial investment in setting up automation testing services, they offer substantial cost savings in the long run:
Reduced Labor Costs: Automated tests can be executed 24/7 without the need for round-the-clock manual testers. This reduces labor costs and frees up testers to focus on more complex and exploratory testing tasks.
Faster Bug Fixing: By identifying and reporting issues early in the development cycle, automation helps reduce the cost of fixing defects. Bugs caught early are generally less expensive to rectify than those discovered later in the development process or in production.
Optimised Resource Allocation: Automation allows organisations to allocate resources more efficiently. Manual testers can focus on high-value tasks that require human intuition and creativity, while repetitive and time-consuming tests are automated.
Comprehensive Test Coverage: Automation testing services excel in achieving comprehensive test coverage, which is challenging to achieve through manual testing alone:
Wide Range of Test Scenarios: Automated tests can cover a vast array of test scenarios, including positive and negative cases, edge cases, and boundary conditions. This thorough testing helps identify issues that might be overlooked in manual testing.
Regression Testing: Automated regression tests ensure that new code changes do not introduce regressions or unintended consequences. This is especially critical in agile development environments where code changes frequently.
Load and Performance Testing: Automation is indispensable for simulating large-scale user loads and conducting performance testing. It helps identify performance bottlenecks and scalability issues early in the development process.
Cross-Browser and Cross-Platform Testing: Automation can be used to test applications on various browsers, operating systems, and devices, ensuring compatibility and a consistent user experience across different environments.
Why Opt for Automation Testing Services
If you're still on the fence about whether to opt for automation testing services, let's explore some compelling reasons why they are a must-have for your QA processes:
Repeatability:
Automation testing allows you to execute the same tests repeatedly with precision. This repeatability is critical for several reasons:
Regression Testing: When new code changes are introduced, automated tests can quickly and reliably verify that existing functionalities have not been adversely affected. This is essential for maintaining the stability of your software.
Continuous Integration/Continuous Deployment (CI/CD): In CI/CD pipelines, where code changes are integrated and deployed continuously, automation ensures that each code commit undergoes a standardized set of tests. This consistency and repeatability are crucial for maintaining the integrity of the software as it evolves.
Parallel Testing:
Automation tools are equipped to run tests concurrently on multiple environments, browsers, or devices. This parallel testing capability brings several advantages:
Faster Testing: By running tests simultaneously, automation drastically reduces testing time. This is particularly beneficial for projects with tight deadlines and those aiming to achieve rapid development cycles.
Broader Coverage: Parallel testing enables you to cover a wider range of scenarios simultaneously, including cross-browser and cross-platform testing. It ensures that your software functions correctly across various configurations, enhancing its reliability.
Seamless Integration with CI/CD Pipelines:
Automation testing services seamlessly integrate with CI/CD pipelines, making it an integral part of modern software development:
Automated Feedback: Automated tests can be triggered automatically after each code commit. This immediate feedback loop allows developers to catch and rectify issues early in the development process, reducing the risk of defects reaching production.
Consistent Builds: CI/CD pipelines rely on automation to ensure that builds are consistent and reproducible. This consistency minimizes the chances of deployment-related issues.
Continuous Testing: Automation facilitates continuous testing, ensuring that your application is thoroughly assessed with every code change. This consistency in testing contributes to software quality.
Scalability:
As your software evolves, so do your testing needs. Automation testing services offer scalability advantages:
Effortless Scaling: Automation allows you to add new test cases and scenarios easily as your application grows in complexity. This flexibility ensures that your testing keeps pace with your development efforts.
Resource Allocation: With automation handling repetitive and time-consuming tests, your manual testers can focus on more complex and exploratory testing tasks, optimising resource allocation and improving overall testing efficiency.
Enhanced Test Coverage:
Achieving comprehensive test coverage is challenging through manual testing alone, but automation excels in this area:
Multitude of Test Scenarios: Automation testing can cover an extensive range of test scenarios, including positive and negative cases, edge cases, and boundary conditions. This breadth of testing helps identify issues that might be overlooked in manual testing.
Efficient Load and Performance Testing: Automation is essential for simulating large-scale user loads and conducting performance testing. It helps identify performance bottlenecks and scalability issues early in the development process, enabling proactive optimization.
Cross-Browser and Cross-Platform Testing: Automation is indispensable for testing applications on various browsers, operating systems, and devices, ensuring compatibility and a consistent user experience across different environments.
Accelerated Time-to-Market:
Automation significantly speeds up the testing process. This has a direct impact on your time-to-market:
Rapid Feedback: Automated tests provide prompt feedback on the software's functionality and performance. Early detection of issues allows for quicker bug fixes and feature improvements, helping you release a more refined product faster.
Agile Development: Automation aligns perfectly with agile development methodologies, where frequent iterations and rapid releases are the norm. It ensures that testing keeps up with the fast-paced development cycle.
Cost-Efficiency:
Despite the initial setup costs, automation testing services offer substantial cost savings in the long run:
Reduced Labor Costs: Automated tests can be executed continuously without the need for round-the-clock manual testers. This reduces labor costs and allows testers to focus on more strategic and complex aspects of testing.
Faster Issue Resolution: Early issue detection by automated tests results in faster and more cost-effective bug fixes. Defects caught and fixed early in the development cycle are generally less expensive to address than those discovered later in production.
Optimised Resource Utilisation: Automation ensures that resources are used efficiently. Human testers can concentrate on areas that require creativity, intuition, and exploratory testing, while repetitive and time-consuming tests are automated.
Comprehensive Test Reporting:
Automation testing tools generate detailed test reports, providing valuable insights into the health of your application:
Clear Reporting: Automated test reports offer clarity and transparency, making it easier to understand test results and identify issues.
Bottleneck Identification: Reports highlight bottlenecks and areas where improvements are needed. This helps in prioritizing fixes and enhancements, contributing to better software quality.
Here are some of the examples that will help to know why automation testing services are a must for your website or application.
Imagine a popular e-commerce website that releases regular updates and new features. Automation testing services can swiftly execute test scripts to validate core functionalities like product search, cart management, and payment processing. This rapid feedback loop allows the development team to catch and address issues early, preventing potential revenue loss due to downtime or errors.
Consider a healthcare app that manages patient records. Automation testing can validate various aspects, such as user authentication, data encryption, and integration with external systems. As the app expands to include new features like telemedicine, automation ensures that existing functionalities are not compromised. This guarantees patient data security and a seamless user experience, essential in the healthcare sector.
Conclusion
In today's tech-driven world, automation testing services are not just an option; they are a necessity for organisations striving to deliver high-quality software. With increased efficiency, accuracy, cost savings, and faster time-to-market, automation testing services offer a competitive edge that shouldn't be overlooked.
By opting for automation testing services, you not only ensure the reliability of your software but also free up your QA team to focus on more complex and creative testing challenges. It's a win-win situation that can propel your organisation to new heights in the software development landscape.
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Importance of having teams in our companies
Doing products is different from doing business. It is a hard target for new person who don’t have experience in the business. If you have been working as a software engineer for the past 12 years and want to do business, it becomes harder than ever.
When I decided to do gaming business, my first thought was about the product and never thought about what I am discussing in this blog. I got to know the importance of dividing the teams after spending 8 months on my startup journey.
This information may not be useful to the people who already have business experience but it helps the person who wants to execute their ideas but has no knowledge on gaming business.
I am sharing my knowledge here. If it helps even one person, I am so happy.
My experience:
I spent more than 12 years on product development. So I am able to build the product irrespective of platform and language but I did not gain business knowledge during my career. I thought that product knowledge was enough to take my product to the end users.
You know - startup journey is the same as roller coaster journey. We can not see anything clearly and at the same time we reach the point without understanding what happened in the journey.
I started coding the Ludo Family game, drawing graphics. Meanwhile I am doing testing also so it is throwing huge bugs. Due to bug fixing I lose contrasting on graphics. Immediately I started concentrating on graphics and then I lost focus on the marketing side. These things are followed one after another. At the end my life became hell. Still I am ok to bear the pain but my product quality went bad. This is painful to me.
I understand that I have to balance all these works. So that we can understand where we need to spend more time as well as where It is going bad. Also we can find out a piece of work to assign to another person. I divided the teams as follows.
Business Team - Here the team concentrate on design business mode and monetisation strategies. Mainly working on below topics.
How do we make money?
How do we motivate players to spend their money?
How to create desire to purchase items from games?
Product Team - This team concentrates on product development and Testing.
Design/Develop product
Implement monetization strategies
QA - Achieve product quality
Fixing product issues.
PQJ (Product Quality Judgement) - we send the final product to a group of people who are never involved in product design/development and ask for their true opinion about the product.
Finance Team - This team takes care about founding and Calculate ROI
Takes care about capital money
Design money investment strategies
Analysis on how many active users we need to get the profit.
Analyze campaigns based on ROAS.
Marketing team - Concentrate on Marketing our product in different areas
Decide User Acquisition Strategies
Design marketing content for different social medias
Define different campaigns based on product segmentation.
Choose social media based on our product.
These are the teams I have noted down so far. I am sure this information is going to change when we get experience. Please write your opinion on this topic and also always welcome your suggestions.
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It's time to realize your talent
https://kiebot.com/
Kiebot Keizen in Engineering This company provides you with the help of 360 engineers.
Your career is not determined by whether you are a woman or a man. Kiebot Kaizen in Engineering is all set to provide excellence in a wide range of services to meet the most unique needs of your career using current technology. Your short-term collaboration can set you up for a lifetime in technology and at top companies and big software makers. You get all kinds of support through Kiebot Kaizen in Engineering. Here is a golden opportunity for you to be involved as a versatile 360 engineer to build a dedicated team fit for a large company project and drive that team forward. Kiebot Kaizen in Engineering provides technology information support to you at your own time. If you're looking to elevate technology with your own hands during your busy schedule, then Kiebot Kaizen in Engineering is for you.
~Dedicated Development Team:- We provide you with the most experienced trainers to leverage your presence along with 360 engineers, developers and QA specialists to build a dedicated team suitable for a project.
~Custom Software Development:-You can stay with us and our experienced team members along the same route in creating customized software solutions that match others' visions, business goals and ideas. Kiebot Kaizen in Engineering ensures you the best experienced trainers.
~Product Development:-Today, Kiebot Kaizen in Engineering is able to turn their idea into reality using all product development expertise. You can become a member of our leadership team to drive the success of each customer's product and build a successful career through it.
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~Product MVP:-Kiebot will help you to provide the least profitable rapid development of each customer's product with the support of the keyboard.
~Software Testing & QA:-Kiebot helps you through small classes to directly help customers who ask for help in bringing up websites made by other companies and individuals through our workshop and mold new ideas in you.
~UI/UX:-UI/UX needs to enhance the functionality of every software and make the product attractive and useful for customers. You can create it in the simplest way. For that you are provided with a trainer like a helper.
Kaizen in Engineering ensures that you provide the best solutions to suit the needs of others' businesses, excelling in a wide range of cutting-edge technologies. Many candidates are still gaining knowledge in Kiebot. Kiebot accepts all candidates with all kinds of support. Today, Kiebot Kaizen in Engineering is a part of understanding the skills of the candidates and bringing them to their respective fields without even knowing it. Kiebot Kaizen in Engineering is always ready to be available to you offline and online at your convenience in Kerala and other states.
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IoT Testing Services: Maximizing Product Reliability and Security
The Internet of Things is an idea that just a few short decades ago, appeared like something out of a science fiction novel but is now entirely grounded in reality, just like self-driving vehicles and delivery robots. The Internet of Things (IoT) gadgets are all around us, and their presence will only become more pervasive. It is anticipated that there will be more than 75 billion Internet of Things (IoT) devices connected by 2025 and that the global revenue from IoT will reach USD 96 billion in the same year.
The market for Internet of Things devices is an intriguing illustration of the most cutting-edge application of technology, which may benefit consumers, companies, and even entire cities. However, for an Internet of Things product to succeed, it must first go through several testing and quality assurance stages. This article will discuss IoT testing services in great detail, including what it entails, how to go about it properly, and the challenges you may encounter. You will also learn why IoT quality assurance is still essential to developing Internet of Things products despite all of these challenges.
What Is an IoT Device?
“Internet of Things” (IoT) describes a network of interconnected physical devices that collect and share data using various built-in sensors. The Internet of Things (IoT) technology integrates all device parts into a streamlined framework for making quick, informed decisions. The Internet of Things (IoT) is the catchall term for this collection of gadgets.
What Is IoT Testing?
Validating the efficiency, usefulness, and safety of an Internet of Things device is the goal of quality assurance testing or IoT testing. It is critical to test wireless data transmission between your IoT devices before releasing them to the market. Due to this, many thriving IoT firms rely on IoT automation, penetration, and performance testing technologies to catch any flaws before they reach customers.
IoT gadgets exist in various forms, from smart televisions and appliances to business security systems and traffic monitoring tools. In a nutshell, if your gadget has “smart” capabilities, it’s an Internet of Things device that needs to be tested.
Types of Iot Testing Services
1. Performance Testing: Hardware and Software
Validating the hardware and software of an Internet of Things device is done via performance testing. Learning how hardware and software interact is the primary goal of performance testing. Validating software’s integration with devices’ sensors is essential for assuring real-time believability and effectiveness. If you don’t have this, you have no idea whether your software is getting reliable data from the sensors.
2. Multiple Domain Compatibility Testing
Learn how your Internet of Things gadgets communicate with one another and the internet at large (aka multiple platforms spread throughout multiple domains). This interaction’s efficacy can be roughly estimated with compatibility testing. This method of testing is straightforward. A tester, including verification of encryption, hardware compatibility, and other security measures, performs multiple checks for validity.
3. UX Testing
This method considers the application system’s workings, as the name suggests. For this testing, validate the back-end and front-end functionality, including the user experience, using different user test cases.
4. Security Testing
When evaluating the Internet of Things, security testing is of paramount importance. System security, data privacy, and other related areas will be examined and tested. In addition, it aids in the detection of security flaws that hackers could exploit. If your IoT device passes the security tests, you can rest easy knowing it will work reliably in the real world.
5. Usability Testing
Usability testing is essential for the Internet of Things because most devices are meant to be used by actual people. The IoT QA (quality assurance) group will perform this type of testing to guarantee that all users, regardless of their degree of technical expertise, will have a pleasant experience with the device and the app to which it is attached.
6. Integration Testing
Since an IoT solution is typically composed of several constituent parts, testing must encompass individual modules and their interconnections. In other words, the QA team will evaluate the degree to which the new components (software or hardware) complement the existing arrangement.
Challenges You Would Face While Testing IoT Devices
We’ll review some difficulties you could encounter while testing your Internet of Things gadgets.
1. Complicated Hardware-Softwares
Upon closer inspection, the design of IoT devices is dependent on a network of interdependent hardware and software parts. What this teaches us is that functional testing can be a time-consuming ordeal, one that could irritate testers and slow down the schedule for delivering the product.
2. Network Availability
In an IoT ecosystem, network connectivity is critical because it ensures reliable, rapid data transmission between devices. To ensure that your Internet of Things (IoT) devices perform reliably in all scenarios, you must put them through extensive testing using live devices connected to various network speeds and types.
3. Module for Device Communication
There are too many possible hardware and software configurations across the entire ecosystem of IoT devices. Due to this, they must be able to communicate effectively in real time. In addition, there are numerous aspects to consider during testing, including upgrade problems, backward compatibility, and security.
Why Is IoT Testing an Essential Component of Designing IoT Devices Despite The Challenges?
Testing automation is a useful tool that, for most software products, increases testing productivity and covers additional application-related areas. One of the foundational elements of a tried-and-true Internet of Things solution is automation, and there are various reasons for this:
· An IoT product comprises numerous components that operate on various layers. IoT testing services or automation testing can offer the most test coverage in the shortest time.
· A typical IoT solution requires extensive testing because it has many features, situations, and performance factors to consider.
· One of the few methods for thoroughly verifying an IoT device’s connectivity and security, which have a direct impact on its acceptance, reputation, and other factors, is automation.
Summing Up
The Internet of Things (IoT) has given gadgets a new degree of digital intelligence, enabling the development of innovative and linked applications to support various facets of client services. Effective IoT testing is essential to guarantee that the three basic IoT components — equipment, communication (between devices), and data — work without a hitch to deliver a better user experience (which needs to be processed and analyzed).
If your business lacks the resources to do IoT testing effectively, you should think about collaborating with a reputable IoT testing service provider like Mindfire Solutions. Our team of testing specialists has advanced knowledge of IoT testing tools and the best testing procedures for IoT technology. We are a team of professionals in all facets of software testing. Request a free estimate now!
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Simplifying Testing Infrastructure with Cloud Automation Testing
In today’s fast-paced digital world, businesses need to continuously deliver high-quality software applications to meet customer expectations. But how are businesses going to make sure whether their product meets the highest functionality, usability, security and performance standards? This is where Software Testing comes into the picture and ensures the performance and quality of the product.
There are two methods of testing: manual and automated. However, manual testing is time-consuming and can be prone to errors. With the rise in the scope and scale of testing in DevOps, the requirement for automated testing has become apparent.
What is Automation Testing?
Automation Testing is the process of automatically running tests. They are used to implement text scripts on a software application. These tests are conducted with the help of testing software which frees up resources and time during the process of testing. This enables people to test the quality of the software more judiciously and at a lower cost.
Automation testing allows people to:
Create a set of tests that can be reused multiple times
Save cost by debugging and detecting problems earlier
Deploy tests continuously to accelerate product launches
How Automation Testing is Transforming the World?
Automation can be seen almost everywhere, not only in QA testing but in our day-to-day lives. From self-driving cars to voice tech, the technology is rapidly becoming automated to simplify our lives.
Automation testing is consistently improving the quality of QA testing and saves a lot of time in comparison to manual testing. As known, writing test cases need continuous human intervention. And to ensure the best results, test cases should be a continuous collaboration between testers and developers.
No matter the product or service, the key benefits of automation testing can be summarized as the following:
Increased speed
Increased output
Enhanced quality
Lesser cost
Advantages of Automation Testing
With the improvement in AI, the power and scope of automated testing tools are increasing rapidly. Let’s look into detail as to what people and organizations can gain from automation testing:
Saves cost
Automated Software Testing will help your business save time, money and resources during the process of quality assurance. While there will be a requirement for manual testing too, the QA engineers will have the time to invest in other projects. This will lower the overall cost of software development.
Simultaneously run test
Since automated testing needs little to no human intervention once it starts, it becomes easy to run multiple tests at once. This also provides you with the opportunity to create comprehensive comparative reports faster with the same parameters.
Quicker feedback cycle
In the case of manual tests, it can take a lot of time for testers to return to your DevOps department with feedback. Using automation testing tools, you can implement quicker validation during the software development process. By testing at the earlier stages, you increase the efficiency of your team.
Lesser time to market
The time that is saved with continuous testing during development contributes to the earlier launch of your product. Automation testing tools can also enable faster test results, speeding up final software validation.
Improved test coverage
With a well-planned automation strategy, you can expand your test coverage to improve the quality of greater features in your application. Due to the automation of the testing process, it gives free time to your automation engineers to write more tests and make them more detailed.
Better insights
Automation tests not just disclose when your test fails but also reveal application insights. It can demonstrate data tables, file contents, and memory contents. This will allow developers to identify what went wrong.
Enhanced accuracy
Making mistakes is human and in the case of manual testing, there’s always a possibility of human error. Whereas with automation, the implementation of tests will be accurate most of the time. Obviously, test scripting is done by humans, which implies that there’s still some risk of making errors. But these errors will become lesser and lesser the more you reuse tests.
Lesser stress on your QA team
Your quality assurance team will experience significantly less stress if you adopt an automated testing technique. Once you eliminate the hassle of manual testing, you give them the time to create tools that improve your testing suite even further.
Types of Automated Testing
Unit Testing If the individual parts of your code won’t function correctly, there is no possibility for them to work within the final product. Unit testing looks into the smallest bit of code that can be segregated in a system. To conduct Unit Tests, the tester must be aware of the internal structure of the program. The best thing about Unit Testing is that it can be implemented throughout the process of software development. This ensures consistent delivery of feedback that will speed up the development process, sending products to market faster.
Functional Testing
After ensuring that all the individual parts work, you need to check whether the system functions based on your specifications and requirements. Functional Testing makes sure that your application works as it was planned based on requirements and specifications. Functional Testing assesses the APIs, user interface, security, database and other functionalities.
Regression Testing
Regression tests are required to confirm that a recent change made in the system hasn’t impacted the existing features. To perform these tests, you extract current relevant test cases from the test suite that involves the affected and modified parts of the code. You must carry out regression testing whenever you modify, alter or update any part of the code.
Load Testing
Do you know how much pressure your application can take? This is an essential piece of information to keep yourself prepared with before you hand it over to your user. Load tests are non-functional software tests which are carried out to test your software under a specified load. It will demonstrate the behaviour of the software while being put under the stress of various users.
Performance Testing
Performance Testing assesses the responsiveness, stability, and speed of your application. If you don’t put your product through some sort of performance test, you’ll never know how it will function in a variety of situations.
Integration Testing
Integration testing involves testing how the individual units or components of the software application work together as a whole. It is done after unit testing to ensure that the units integrate and function correctly.
Security Testing
Security testing is used to identify vulnerabilities and weaknesses in the software application’s security. It involves testing the application against different security threats to ensure that it is secure.
GUI Testing
GUI testing involves testing the graphical user interface of the software application to ensure that it is user-friendly and functions as expected.
API Testing
API testing involves testing the application programming interface (API) to ensure that it functions correctly and meets the requirements.
Choosing a Test Automation Software Provider
If your business is planning to make the move, the test automation provider you pick should be able to provide:
Effortless integration with CI/CD pipeline to facilitate automation, short feedback cycle and fast delivery of software.
The capability to function on private or public cloud networks.
Integration with the current infrastructure for on-site testing for simpler test handling and reporting.
Remote access to real-time insights and monitoring tools that can help you better understand user journeys and how a certain application is being used.
Automated exploratory testing to increase application coverage.
Test environments that are already set up and can be quickly launched when needed.
CloudScaler: A Trusted Provider of Software Testing in the Netherlands
With the increasing complexity of modern software development, the need for reliable and efficient software testing services has never been greater. CloudScaler, a trusted provider of Software Testing in the Netherlands, offers a comprehensive suite of testing services to help teams navigate the challenges of cloud infrastructure and microservices.
Our services are designed to shorten deployment times and development costs, enabling your team to focus on what they do best: building innovative software solutions. Our approach is rooted in efficiency, reliability, and expertise, ensuring that you can trust CloudScaler as your partner in software testing.
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Soft Skills Required For Software Testing Career
In this article, we are going to discuss about the soft skills that every software tester should be aware of. Being technically strong will definitely help you in getting the software testing job that you have been dreaming of, but if you wish to excel in the software testing field in the long run, you need to have great soft skills, as well. There are quite a few non-technical skills that are required for being successful in testing. Now, let's have a look at the various soft skills that make you a successful software tester.
1. Communication Skills:
Good communication skills actually are one of the most important traits in a candidate for any position. For a tester, both verbal and written communication are crucial. Software testers need good communication skills to ensure test artefacts created by them, for example, test strategy, test plan, test cases, etc. are easy to understand by other members in the team.
As a tester, you must be able to clearly document and communicate defects in a program to developers, you need to update testing status of the project to clients, communicate your work progress to test management and prepare test reports for management, so effective communication is vital.
2. Prioritization Skills:
Testers have a lot of responsibilities. You'll need to write and execute test cases, document test results, report bugs, etc. Also, a tester may be involved in more than one project at the same time. So to be able to work in a fast-paced environment you should know how to prioritize tasks based on project deadlines. You should try to complete testing tasks in the order of priority rather than in the order they were assigned to you.
3. Organization Skills:
To be able to deliver work within the specified timeframe, you will need to organise your work. Even though you have a plan to complete your work on time, each day brings new challenges, for example, changes in requirements, unstable test environment, blocking issues, and your day may not end up the way you expected it to. With these in mind, you should hone your organization skills.
4. Time Management:
Time management skills are critical for QA Testers. You should have the ability to estimate the time needed to complete a testing task. For example, time to prepare the test environment, time to create test data, and the time required for the testing process. Prioritize the work that you have to do, determine the sequence of tasks and plan how you'll spend the available time. Sometimes there are too many activities going on at the same time especially during the software release. A software tester must be able to manage workload and maintain the productivity level.
5. Teamwork:
Teamwork skills are the skills that enable you to work well with others. Software test engineers work closely with every member of the software development team to build a product that meets end-user requirements. They collaborate with developers to resolve issues, collaborate with other team members to complete testing tasks. Employers expect employees to be team players. Candidates with strong teamwork skills are sought out by employers for many reasons.
6. Attention to Detail:
Software testers must have flawless attention to detail. Often small things can have a pretty serious effect on an entire application. They need the ability to notice small changes in a system and understand their significance.
7. Analytical Skills:
This is one of the essential requisites of a software tester. Software testers should be able to analyse every aspect of a system, identifying any potential weaknesses that could impact the overall quality.
8. Understand User Perspective
A tester must step into the shoes of an end user, only then he or she can understand the real needs of an end user and test the application accordingly. Understanding how end users use an application and how they interact with application will give insights on what really matters for end users.
9. Passion for Software Testing
In order to give the best out of your work, you should love what you do. To be a professional software tester, the candidate has to be passionate about the things he is dealing with.
Conclusion: Soft skills can be developed over time. With commitment to growth and continued learning, anyone can develop these skills. Possessing these skills not only make you an excellent tester, but helps the team succeed as well.
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Is your Software Ready for the Next Build?
The Need for Speed: Ensuring Agility with Incremental Release
In a quest to deliver features faster, achieve higher flexibility, better satisfy customer requirements and overhaul competition, organizations are breaking through the barriers of traditional software development processes like Waterfall model, and instead taking the Agile DevOps path which is both iterative and incremental. Thus, there is a huge emphasis on shipping software faster.
This transformational journey involves removal of silos between the development, testing and operations teams, and applying shift left principles. Does this mean that we can achieve Zero Production defects? Though a fairytale dream of every organization, the Lean Software Development: An Agile Toolkit quotes:
“One of the fastest ways to kill motivation is what is called in the US Army a zero defects mentality. A zero defects mentality is an atmosphere that tolerates absolutely no mistakes; perfection is required down to the smallest detail. The army considers a zero defects mentality to be a serious leadership problem, because it kills the initiative necessary for success on a battlefield” — Mary & Tom Poppendieck
Thus, instead of “zero defects”, the agile organizations are all about continuous planning, continuous testing, continuous integration with ‘continuous’ being the focal area.
Integrating Software Testing in your Incremental Release
But, how do you know if your incremental build is ready?
Delivering software incrementally necessitates the Development and QA teams to work collaboratively to deliver a build. Though the nuances of day-to-day operations may vary from organization to organization, the teams adhere to the same core tenets to ensure incremental release — Continuous Integration, Continuous Delivery, and Continuous Deployment. The objective is to get feedback to the developers earlier & faster to help isolate issues enabling reliable and frequent delivery of code changes.
How we Do It @ Webomates CQ
TestOps — The Webomates advantage
With its patented tools — Webomates CQ along with AI Defect Predictor tool, Webomates ensures that for a build with release notes, all committed test cases on all browser/smartphone/tablet will be executed in the committed time. This remains true regardless of software builds that modify features, defect fixes that modify test cases/scripts, and automation timeout errors. Webomates is fully configurable to the needs of the application and the Development Teams exhibiting agility in scaling up its testing services based on the changing requirements.
Ability to Speedily Test build in Dev, Pre-Prod & Prod:
As per the scope of the build, Webomates has the agility to perform verification using CI/CD, Overnight or Full regression. It shortens the regression cycle from weeks to hours.
CI/CD — 15 mins to 1 hour
Overnight with Exploratory — 8 hours
Full with Exploratory — 24 hours
Execute Smoke Testing, Overnight and Full Regression testing
With an aim to detect major problems early in the cycle, Webomates conducts Smoke testing to expose any integration issues. Webomates helps you to scale up by getting the build checks done via various regression services like mini/Smoke test suites in Developer environments, Overnight modular test suites at lower environments like integration and FULL in staging/Production environments as per requirements.
Implement regression testing with Shift-Left approach
With the power combination of Webomates regression testing with Shift-left approach, defects are quickly identified and fixed in the staging environment itself. You start with UI testing and API testing but with Smoke suites targeting the area that the developer is working on. As the features develop, then move on to module, integration and regression testing. If the module fails, there is no point for an integration test. The developers need to go back to the module and fix it before moving on. You do not wait till the end of the lifecycle to test the entire product.
Up-to-date Test Package
As the full regressions and modular tests include healing of the test cases and test scripts for modified features, Webomates ensures that the Test Package is updated with the new behavior of the software release.
Real-time results and analysis
To address the thousands of hours lost by QA professionals, Webomates created its patented AI Defect Predictor tool and shared true Pass and true Fail reports with the development team along with an in-depth analysis of automation failures. This AI Defect Predictor is provided to the development and QA teams that use CI/CD service to help them reduce their triage time.
For 300 test cases with a failure rate of 35% (105 failed test cases), it usually takes 12 hours to triage the results and identify the false positives. Using the Defect Predictor, the time taken drastically reduces to 2–3 hours.
Conclusion:
For every incremental build, Webomates CQ can create, execute, maintain, analyze test cases and generate defects for browsers, mobile, Windows and API applications. Exact state of the system in terms of bugs is known after every check in.
With such stringent code quality checks, the defects are detected at an early stage hence are easier to fix, ultimately resulting in improved code quality and timely delivery of the product.
Read our articles on Shift Left Testing in Agile and Skip Security Testing at your own risk to understand how Webomates can helpWith the power combination of Webomates regression testing with you in building a good product where UI, API, Load, and Security are not left out to be tested as a different component at the end. If you are interested in learning more about Webomates’ CQ service please click here and schedule a demo, or reach out to us at [email protected]
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DevOps Training
What is DevOps?
DevOps is a software development and software deployment practice that prioritizes team collaboration and efficiency throughout the development process.
Its purpose is to help teams of developers and operations professionals work more closely together, resulting in a better software development lifecycle (SDLC).
Developers are used to working alone, often on their own schedules.
The result is that code is often developed and then pushed into production with limited to no QA or testing.
Operations professionals often do not know where to begin to provide the appropriate maintenance and support for the applications.
DevOps changes the process so that developers and operations professionals work together much more closely.
DevOps emphasizes the collaborative aspects of the SDLC by creating a process that ensures close communication and transparency between both teams.
As a process, DevOps takes many forms. When used as a practice in an organization, DevOps is designed to help developers and operations teams collaborate more closely on both new and legacy systems.
The objective is to produce applications more quickly and reliably, resulting in higher-quality code and better user experience.
Implementing DevOps:
At first, implementing DevOps may seem difficult. Developers may find that they don't understand where operations professionals work, or they may be afraid that their work will be intruded on.
Operations professionals may believe that developers work too quickly and cannot be trusted to deliver high-quality products.
However, the advantages of improved communication, team collaboration, and transparency are enough to convince many to move toward this new approach to SDLC.
DevOps requires a shift in the mindset of both operations professionals and developers.
Continuous Integration and Continuous Delivery:
The objective is that developers should not waste their time or energy in fixing the problems.
When you think about it, developers always want to build applications that deliver a smooth and great experience. This is the true nature of application development. Developers often get themselves trapped and waste their time and energy in fixing the problems. This is not an efficient or productive process as you are forced to repeat the same process again and again.
Agile and DevOps change the approach by helping developers fix problems on a continuous basis. If you think about it, if you find a bug in a line of code, you should not work on that again for weeks.
It is the process that is broken, and you need to improve that process. However, in the agile process, the focus is always on the feature and not the process. In this scenario, the team is forced to work on the same feature for weeks and this is why you can see development teams struggling to fix the same bugs.
However, what if the development team knew that they were stuck due to a broken process? This is where the idea of continuous integration comes in. It ensures that the process is running well and the feedback on continuous integration is provided to all the stakeholders so that they can act on it accordingly.
This is what you get by developing a DevOps culture in your organization and building it around the concepts of Agile and Continuous integration. Continuous integration also helps build trust in developers and other stakeholders in the process of the application development cycle.
By fixing problems on a regular basis, developers and others will get the confidence that things are moving on a smooth process, and they will never have to wait for weeks to resolve a bug or fix a problem again.
Team-Based on Collaboration:
The objective is that developers should not work in silos.
Working in silos is the other side of the coin. When you think about it, the whole objective of Agile and DevOps is to eliminate process bottlenecks and improve the experience of the customer.
Working in silos only results in a waste of time and is detrimental for the long-term performance of the business.
The objective is that developers should work together as a team on common goals. In the past, developers did not have the right to speak about an application and suggest changes. However, that is no longer the case.
Agile and DevOps help developers bring to the table their suggestions and provide the necessary feedback on the same.
Developers now work as a team and do not work in isolation. The feedback they provide is based on a collaborative process where they work with other stakeholders in the team. Agile and DevOps help build this culture in a way that it can be scaled to meet the growing needs of the company.
Measuring Performance:
There needs to be measurable outcomes.
When you think about it, many organizations are so obsessed with measuring metrics and key performance indicators (KPIs) that they lose focus on what is happening.
For example, if you are only using KPIs and metrics as the measurement criteria for your performance, you may be getting the wrong signal.
This is the same logic you need to apply in DevOps. You cannot have unrealistic metrics that you have to achieve or KPIs that are unreachable.
Contact our experts and start your own DevOps journey today.
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