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How Robust QA Can Help Your Business Save Money

How Robust QA Can Help Your Business Save Money

The quality of services provided by businesses all around the world determines their success. Customers will be delighted with you as a service provider if the generated products and solutions are easy to navigate and utilize. Quality assurance is critical in ensuring that your products are bug-free and easy to use. This means there will be fewer do-overs or adjustments once you offer a perfect product to your customers.

1. Why Do You Need Quality Assurance (QA) and How Does It Help You Save Money?

Agile is the (usually) standard management approach in the IT industry. A sprint can last up to two weeks and consists of a defined set of goals to complete. Every sprint should include five steps from the software testing life cycle, as well as the implementation of specific requirements. Each of those sprints should have quality assurance as a mandatory component. Quality assurance can help you save your organization. Quality assurance that is implemented early in the development process can potentially help your company grow more quickly.

2. Why do you want a Quality Assurance Engineer?

The following are some of the primary tasks of QA engineers:

With the help of the client or business analysts, evaluate and clarify requirements.

Preparing for the testing procedure

Creating test cases

Functional testing

Problem areas are identified and added to the tracking system

Fixes are discussed with developers

Improvements to the testing procedure

Processes of teamwork analysis

Improvement of the process

Test documentation must be kept up to date

Keeping track of the mistakes’ life cycle

Re-testing of bugs that have been fixed

3. What Significance Does Quality Assurance Play in the Development Process?

Take a look at the major challenges that the position of QA is accountable for to learn more about the significance of testing and how to undertake quality assurance.

3.1. The Product’s Quality

To make predictions and identify risks, it’s vital to analyze the development and program attributes. You must be aware of the product’s quality and dependability. You should not only rely on the existence or absence of errors identified, but also on forecasting whether or not there are several potential issues.

3.2. Characteristics of the Quality Assurance Team

A competent QA team lead will assist the team in managing the testing process, planning tests to meet production deadlines, and ensuring that the present QA team’s capabilities satisfy the project’s requirements.

3.3. Software Requirements

We must be aware of what we are developing and testing, and the level of this awareness must be expressed in numbers. Potential dangers or difficulties that are overlooked at the specification level can result in the most severe and costly blunders.

3.4. The Team’s Qualifications

You must also assess the effectiveness of the QA process and team, in addition to the product’s quality. To continuously optimize and develop work attributes, you must first understand where you are now. This helps you to move forward while also being aware of what causes you to slow down.

3.5. Product satisfaction and user feedback

It’s a smart option to evaluate general product satisfaction, spot trends, and draw suitable conclusions. If you choose the right measurements for this challenge, you’ll be able to spot potential problems early on and use feedback to change operations rapidly.

4. How Does QA Help you Save Money?

QA Engineers play an important part in the software development lifecycle, as you already know. It’s time to think about the cost-cutting potential of this position. We at TestDel believe it is more accurate to argue that you save money by only paying for tasks that add demonstrable value to the process.

Here are some examples of how QA may help you save money:

4.1. Debugging in the Early Stages

The sooner an engineer notices a bug, the less expensive it is to fix it. Because prevention is always preferable to cure, having a quality assurance specialist on staff is essential.

4.2. Observance of Security

Engineers will do their utmost to ensure that each money transfer is routed to the correct account if you design an app that processes payments or interacts with money transactions in any case.

4.3. Good Quality of the Product

This statement encompasses everything from good button design to smooth navigation and quick request processing, among other things. Good quality also includes receiving the exact thing that you anticipated from the start and not having to recreate it.

4.4. A Reputation and Recognition that is Important

If the app is released with bugs, you will never have a second chance to make a good first impression. Customers may believe you are uninterested in them and really don’t care about them.

5. Conclusion

Most organizations use quality assurance (QA) procedures to enhance the quality of their systems with the goal of lowering costs and increasing profits in the long run. QA in production is a collection of new DevOps practices that focuses on developing a clear knowledge of what the actual production issues are. Conventional pre-production QA processes are supplemented by these procedures, which provide quick feedback and crucial clinical data.

Throughout the life cycle of a project, quality assurance is critical. It always adds value to your business and saves you money by ensuring that a product is defect-free and does not cause any problems for the client when it is provided. To avoid the defects identified there, testing and development should be done concurrently. QA delivery increases consumer-client trust improves customer pleasure and lowers development expenses, all of which save money for your company.

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Software QA Testing: Introduction, Types, Levels and Process

Testing a software application for bugs, deficiencies, and entire performance saves you a lot of money and reputation loss. How can you ensure the quality of your product, and what is the QA testing process? Let’s have a look at the phases in the software testing process, as well as the many types and methodologies used by QA professionals, beginning with a brief review of what software testing is:

What is Software Testing and Why is it Necessary?

Software testing is the process of reviewing software if it meets the requirements and to find bugs, lacking specifications, and inconsistencies between present and specified parameters. In simple words, it is the process of verifying a system with the purpose of identifying any errors, gaps or missing requirements versus the actual results. Software testing usually includes manually or with automated tools to ensure that it performs effectively and delivers a positive user experience.

The following are some of the reasons why software testing is critical:

Software testing is essential for identifying problems and errors that occurred throughout the development process.

It is critical to ensure that the product is of high quality. The delivery of a high-quality product to clients helps in establishing their confidence.

Software testing is required to offer clients services such as the delivery of a high-quality product or software application that requires less maintenance and hence produces more accurate, consistent, and dependable outcomes.

Software testing is necessary for a software application’s or product’s effective performance.

Software testing is critical to guarantee that the application does not fail, as this can be highly costly in the future or post launch.

A Brief Note about QA (Quality Assurance) vs. QC (Quality Control)

Quality assurance and quality control are two critical parts of the software development life cycle that guarantee the product meets the requirements. They do take different approaches to maintain quality.

Quality Assurance (QA) is process-oriented, with the goal of confirming the efficiency of development cycles. When a project is in critical status and needs to be reworked, QA methods are typically helpful in preventing problems. Whereas, Quality Control (QC) is primarily concerned with verifying that the software product meets the criteria at any given time. Quality Control as compared to Quality Assurance is more responsive and identifies bugs that are already present in the software

The Advantages of Software Testing

Following are some of the advantages of Software testing:

3.1 Cost-cutting

The development process is more cost-effective when quality assurance is used. You can minimize the increased fixing expenses that arise when bugs are eventually discovered by testing software before launching it.

3.2 Better and Best Software Quality

It can assist you in continuously delivering the best quality software to your clients. Best quality software is critical to establishing a strong brand image and gaining new clients.

3.3 Increases in Productivity

Test-driven development frequently leads to a better comprehension

and expertise with product requirements, resulting in increased productivity among development teams.

3.4 Maintains a Positive User Experience

It is becoming increasingly evident that a product’s user experience may make or ruin it. When software is buggy or slow, it degrades the user’s experience with the product. A poor user experience leads to discontent and frustration. A good user experience, which is obtained after thoroughly testing a software product, results in a satisfied user.

What Are the Various Types of Software Testing?

Software testing can be classified in a variety of ways based on a variety of aspects, such as the technique, method, or level of tests done. When software testing is classified by technique, the emphasis is on whether it is performed with knowledge of a system’s internal workings. When testing is classified by method, the emphasis is on how the testing is actually carried out.

We’ll look at the various forms of software testing and how they differ by category, methodology, and approach. First, let’s go through the major types.

4.1 Major Types of Software Testing

There are two types of testing based on who or what executes the specific tests, and that is, Manual Testing and Automation Testing.

4.1.1 Manual Testing

This implies manually executed test cases without the use of automated tools to ensure that existing features satisfy the requirements. However manual testing can be costly in the long term, it is usually less expensive in the beginning because it avoids the costs of automation tools. It is frequently used for testing the user interface and other tests that involve the constant participation of human interaction.

4.1.2 Automation Testing

The use of tools or scripting languages to test software quality is referred to as automation testing. It is great for regression testing, which entails reviewing the software continuously after an update to find recently introduced bugs. It is also more appropriate for load and performance testing. Automation testing is frequently used in tandem with manual testing. Although automated tools need a larger initial investment, they are less expensive and more productive than manual testing in the long term for repetitive tests.

4.2 Methodical Software Testing Types

4.2.1 Static Testing

Static testing, often known as Verification, is a process of ensuring files and documentation to ensure that requirements are fulfilled without executing the application. Code inspections, technical assessments, and walk-throughs are all part of this process. Static testing is frequently used in the early phases of the development process to quickly discover and correct errors.

4.2.2 Dynamic Testing

Dynamic testing, often known as validation, is a method that includes executing an application through its cycles to test its behavior with dynamic factors. It assures that the software works continuously and without significant bugs. Dynamic testing frequently identifies bugs that static testing cannot. It is also necessary for discovering and correcting major issues such as security vulnerabilities.

4.3 Software Testing Types by Techniques

Based on a Testdel QA expert’s involvement with the code and knowledge of a system’s internals, there are 3 different types of tests.

4.3.1 White Box Testing

White box testing, also known as clear box, and code-based testing, is a kind of QA testing that entails inspecting a product using knowledge of the system’s inner workings. To guarantee that the software functions properly, white box testing evaluates the flow of specified inputs through the program. It necessitates a knowledge of the source code as well as programming skills.

Though white box testing is time-consuming and difficult, it frequently yields highly efficient code with few errors. The white box method can also be used in the early stages of development before user interfaces are created.

4.3.2 Black Box Testing

Black box testing, also known as descriptive or requirement-based testing, includes evaluating software without understanding the code’s internal architecture or structure. Black box testing ensures that the program provides the desired outcome from a variety of scenarios, depending on requirements and objectives. Black box testing unlike white box testing does not necessitate programming knowledge on the part of the QA expert.

Black box testing is categorized into 2 types:

Functional – ensures that the software’s functioning meets the criteria.

Non-functional – focuses on software usability, stability, and effectiveness.

4.3.3 Gray Box Testing

Gray box testing combines white box and black box testing techniques. QA experts are only relatively aware of the software’s internal dynamics and have accessibility to the documentation of the techniques and data structures used in this approach. Gray box testing helps in enhancing the entire quality of a software product by combining the input of both developers and QAs to generate more sophisticated test cases.

4.4 Software Testing Types by Levels

4.4.1 Unit Testing

Unit testing is the most basic level of testing, and it entails checking individual software units. A unit is the simplest structure of software that can be individually tested, ensuring that each unit is working properly. Unit testing is frequently done by developers. Creating unit tests makes things simpler to rapidly identify and resolve core defects, hence enhancing the codebase’s overall quality.

4.4.2 Integration Testing

Integration testing involves examining the data flow between the application’s various components or groupings of elements. It assists in ensuring error-free connections between the integrated elements. Integrated testing can be done by developers or quality assurance specialists, and it frequently includes both automated and manual tests. They assist in securing interaction bugs so that they do not progress to further levels of testing.

4.4.3 System Testing

System testing is testing a fully integrated system to ensure that it meets the specified requirements. It is generally carried out by a separate group of testers who thoroughly test the product before it is released into production. Usability, load, regression, performance, and security testing are some of the numerous types of tests conducted at this level. System testing also identifies any bugs that were overlooked during previous stages of testing.

4.4.4 Acceptance Testing

Acceptance testing is the final stage of software testing, and it entails determining whether your product is ready for end-user deployment. This level of testing is frequently done in partnership with end-users to verify that the product not only fulfills business requirements but also satisfies the demands of clients. Acceptance testing allows the development team to obtain direct feedback from real end users in order to address any usability issues. It also minimizes the possibility of significant bugs making it into production.

Fundamental and Initial Steps of QA Process

Let’s look at two early phases in more detail: identifying deliverables and selecting a testing process framework.

5.1 Choosing Deliverables

Determining what deliverables must be delivered is the first stage in the software testing process. Some deliverables must be delivered before the start of testing, while others will be given at various points throughout the process or after it is completed. Here are a few examples:

5.1.1 Test Strategy

A test strategy is an important organizational document that outlines the testing process. The test manager creates this deliverable, which is based on the business requirement specification (BRS). The test goals, methodology, scope, categories, levels, and entry and exit criteria are frequently included in the paper.

5.1.2 Test Scenario

The test scenario document provides a high-level summary of all the functionality to be evaluated. Test scenarios are developed from use cases and assist the tester in determining where to emphasize while testing.

5.1.3 Test Plan

A test plan is a document that gives a complete overview of each phase of the testing process. The estimation deliverable estimates the length of each step, the amount of effort necessary, and the actual cost of the process. The software requirements specification (SRS), product description, or use case documents are used to create the test plan. It is often developed by the test manager or test lead and acts as a road map for the entire project.

5.1.4 Test Case

Test cases are the actions that a QA specialist must take to ensure that the applicants fulfill the requirements. They frequently contain well-defined steps, pre-conditions, test data, anticipated findings, and post-conditions.

5.1.5 Test Data

The data used to run test cases is referred to as test data. To make sure that defects are correctly discovered, data is very critical and must be captured in detail.

5.1.6 Requirement Traceability Matrix

The requirement traceability matrix is a document that assists the testing team in determining whether all requirements are fulfilled by test cases. It includes a requirement mapping to suitable test cases. It also allows clients to easily check on the QA procedures and check the progress of test execution and fulfillment of requirements

5.1.7 Test Summary

The test summary report document summarises all of the test activities that are performed and the results achieved. This document frequently covers the goals, scope, methodology, outcomes, and participants in the testing process.

5.1.8 Test Closure Report

When the testing process is nearing completion and all bugs have been resolved, the test manager prepares the test closure report. It includes a full description of the testing process as well as any defects discovered and resolved.

5.1.9 Defect Report

When bugs are discovered during the test execution process, a test bug report document is created. It comprises information such as the defect status, priority, actual and expected results origin, and summary.

5.2 Selecting the Testing Process Framework

The following step is to determine which framework will be used for the QA procedures. Waterfall, agile, V, and spiral are the four basic types of testing process frameworks.

5.2.1 Waterfall Development Model

Waterfall is one of the earliest software development and testing techniques. In this case, development proceeds consecutively through the various phases of the software development life cycle.

During the requirements phase, all project needs are determined, and the testing team only moves forward until each stage is finished. An independent team of testers performs the testing. Although the waterfall development method works well for basic projects with well-defined objectives, it is not optimal for big projects with often changing requirements.

5.2.2 Agile Model

The agile model is a more current approach to software development that emphasizes reducing the development process down into shorter, incremental cycles. This strategy responds quickly to changing requirements and prioritizes regular client-development team interaction above long-term design. The agile model requires developers to build and execute unit tests on a constant basis, as well as to correct faults as they are detected. The agile model is ideally equipped for complicated projects with often changing requirements.

5.2.3 V Model

The V model, also known as the verification and validation model, is a rigorous model in which design and implementation take place concurrently. The waterfall model is extended in this model. There is a testing step for each stage of the development life cycle.The V model splits testing into five phases: unit, integration, regression, system, and testing.

The V model, like the waterfall model, is simple to implement and administer but functions badly when applied to vastly complex projects.

5.2.4 Spiral Model

The spiral method is related to agile, except it emphasizes risk assessment and analysis. It is divided into four stages: strategy, risk assessment, design, and assessment. Although it is ideal for large projects that require a continual risk assessment, it can be expensive and inefficient for smaller initiatives.

Stages of the Quality Assurance(QA) Process

The following stages are typically included in QA processes:

6.1 Requirements Assessment

Testers go over the requirements in this stage of the QA process to make sure they’re comprehensive, transparent, coherent, verifiable and tested. This makes the test design and test planning processes go more smoothly, and it minimizes problems caused by missing or misunderstood requirements.

6.2 Test Planning and Strategy

Testers can start building a strategy and planning outputs once the requirements have been assessed. They can specify the scope of testing at this point, as well as the types and degrees of testing that will be necessary, as well as the tools and methodologies that will be used throughout the process.

6.3 Test Design

QA experts can now begin building test cases, establishing automation scenarios, and configuring the environment for test execution when the planning process is completed.

6.4 UI/UX Design

User interface (UI) testing entails ensuring that the various UI components, such as buttons and indicators, function as anticipated in the requirement.

User experience (UX) testing seeks to identify and resolve usability issues while also providing the end user with the greatest possible experience while using the software product.

6.5 Exploratory Testing

Exploratory testing is a strategy in which testers originate and execute test concepts rather than relying on prepared test cases. Exploratory testing involves creativity and cannot be automated.

6.6 Regression Testing

Regression testing is rerunning previously executed test cases after bugs have been addressed to confirm that no new bugs are brought into the system and that existing functionality continues to behave as expected.

6.7 Test Execution and Reporting of Defects

Unit testing is the first level of test execution, where developers create and execute unit tests. It is then transferred to the testing team, which performs integration and system testing. The team conducts the cases and logs any faults found in a bug tracking system. Test automation technologies are often used to automatically conduct tests and create reports.

Difference Between Verification and Validation

Verification and validation are critical components of the QA testing process. The process of confirming that a software product fits the defined requirements is referred to as verification. In order to ensure the quality of software, this procedure frequently entails analyzing and evaluating files, code, and designs. On the other hand, Validation entails confirming that the software works as intended. Validation entails running the application and going through the test cases. Unit testing, integration testing, system testing, and acceptance testing are all part of it.

Validation is done by the testing team, while verification is done by the developers. Verification occurs early in the testing process, although validation occurs later and can uncover issues that the verification process missed.

When Should Testing Begin or End?

Software testing should commence early in the software development life cycle. For example, testing might begin at the requirements stage and persist until the software is launched. Therefore, when testing actually begins will be determined by the development model in use. For example, if the waterfall approach is utilised, actual testing will begin in the testing phase. Starting the testing early decreases the cost of detecting and correcting defects. According to study, the cost of resolving issues during testing might be up to 15 times that of finding and correcting them during the requirements stage.

But when should the testing procedure come to an end? Since the software development process has often been continuous and new functionalities are always being created in most projects, determining when to end testing can be challenging. As a consequence, various considerations must be examined before deciding whether or not to cease. These include project deadlines, testing timelines, test coverage, the amount of testing expenditure remaining, the number of executed test cases, and if all test deliverables have been provided.

Conclusion

Software testing is an essential step in the software development process. You may incur substantial project expenditures if software testing techniques are not properly implemented. By relying on a reputable software testing service provider, you can guarantee that you meet the customer’s needs and finish the project within the timeframe and budget specified. You can assure that only high-quality, productive, and bug-free software is supplied to your clients by hiring a skilled software testing company like TestDel that uses cutting-edge tools, models, and procedures.

TestDel will perform all steps of the software testing life cycle on your behalf and uncover all potential issues in your application. It’s challenging to find a software testing firm with adequate experience to add value to your project while also handling the complete testing process. TestDel specializes in quality assurance services for software applications in all major sectors. We have more than 6 years of testing experience. Contact TestDel right away if you need thorough software testing services.

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The Tester Role in an Agile world

In an Agile scrum team, testers must work closely with the other team members and business stakeholders. This has a lot of impacts in terms of the skills a tester must possess and the tasks they undertake as part of an Agile team. In Agile, the entire team is responsible for QA, so testers and developers must collaborate closely. The agile scrum method emphasizes communication and collaboration. Before beginning work on the coding and testing of any feature, developers and testers should collaborate to create user stories.

The role of testers in Agile development is not merely to find bugs at the end of the cycle, but to search for them and eliminate them all along the way to assure the quality of products and timely delivery of such quality products. Begin functional and integration tests as soon as the developers have completed their job. Bugs should be reported as soon as they appear. Retesting functionality and application following the release of fixes.

We’ll go through the major tasks and responsibilities of an Agile tester in this post and how the role of a QA engineer in Agile differs from that in previous environments.

1. What are the differences between testing in traditional and agile approaches

Do Agile industries hire software testers? And, if they do, how does working as an Agile tester differ from other types of testing?

Every software tester or QA engineer is aware that work in agile projects differs significantly from traditional programs. Testing is strongly intertwined with coding without a question, and it should take on diverse forms at different stages of software development. Traditional projects using a non-agile methodology, such as model V, where operations are executed sequentially in a V-shape, have an equivalent testing period for each development phase.

Traditional testing is mostly reliant on documentation. InAgile, on the other hand, collecting all requirements, testing, and development takes place sequentially; everything is done repeatedly with minimal documentation. The team members work closely together using a testing-first methodology, writing automated unit tests before coding the functions.

2. The Main Responsibilities of Agile Testers

The major roles and responsibilities of agile testers are as follows:

2.1. Assigning in the Description of Acceptance Criteria and “Completed”

In contrast to the Waterfall model, in which QA experts begin their work at the end of the development process, testers are actively engaged from the commencement of the process in Agile. Agile testers collaborate closely with developers, the product owner, and other team members to determine the acceptance criteria for each user story, or the requirements that must be fulfilled for a software product to be deemed finished. In Agile, QA specialists should describe how many tests each user story must succeed to receive the status of “completed,” as well as anticipate the effort and time required to test each user story. Agile QA engineers should also examine the testability of each software feature and assist the organization on how to improve the product’s testability.

2.2. Attending Regular Standup Meetings and Responding to them

One of the most significant procedures in Agile is the daily standup meeting, which normally lasts 15-30 minutes. Team members discuss the job they performed yesterday, the projects they will work on today, and any problems they faced at any of these meetings. An Agile tester must attend daily meetings to be fully informed about the project’s work and progress. But if anything gets in the way of the testing, the issue should be brought up throughout a daily meeting so that it may be resolved as quickly as feasible. In addition, if an Agile tester has the ability to help other members of the team with their duties and the challenges they face, it should be taken advantage of in order to accelerate the delivery process.

2.3. Preparing and Implementing their Task

All team members are given a lot of flexibility in how they accomplish their work in the Agile approach, as long as it works quickly and well. Nobody limits their innovation, but the team as a whole, as well as each member, is expected to be efficient and self-organizing. Agile testers must plan what tasks they will do during each release (a short work cycle of 1-4 weeks), evaluate how much time each task will take, and monitor the time interval spent on each task as well as the progress. They must also work to improve their working method to find out the effectiveness.

2.4. Quickly Adapting to Change

One of the core characteristics of Agile is the ability to adjust to change fast and efficiently. User story requirements are regularly amended in this method based on new data about user wants and business value. As a result, Agile testers should be prepared to change current test cases and build new ones as needed. Agile fosters a fast-paced workplace that can be difficult to adjust to at first. When a tester gets used to it, though, the Agile approach opens up a lot of possibilities.

2.5. Automation Regression Testing and Other Daily Tasks

With Agile, the quantity of regression testing increases significantly because new features, bug patches, and other increments are implemented quickly during each sprint. Test automation becomes critical in this case. It may be used to speed up not only regression testing but also other routine testing operations. A test automation expert is required of an Agile tester. Fortunately, there are several excellent test automation tools available today, such as Selenium, UFT One, Katalon Studio, cypress.io, webdriverio, and many more to make the job much easier.

2.6. Continual improvement and learning

One of the pillars of Agile is continuous improvement, and there is undoubtedly plenty to gain from this approach.

To begin, a tester must understand the Agile principles, methods, and workflow. Secondly, because all members of an Agile team collaborate closely and are adaptable, an Agile tester must be knowledgeable in development methods, coding, programming languages, and business logic. A QA engineer will be able to work more effectively with developers and business analysts and contribute to overall product quality improvement in this manner. Thirdly, Agile testers must continuously evaluate the outcomes of their work and working methods, determining what was a success and what was a failure, and learning from both to improve and increase the productivity of their work in the future.

2.7. Providing Feedback and Guidance to the Team on Testing Questions.

Because a QA engineer is a testing specialist on an Agile team, he or she must assist the rest of the team in understanding and applying the best testing techniques to their work on the product. An Agile tester may support developers in writing unit tests and creating excellent automated tests, as well as to make the product design more testable and ensuring that the team’s testing processes are of the greatest quality.

3. Conclusion

Every Agile team that genuinely embraces the Agile principles of excellent product quality, end-user happiness, and rapid delivery needs a QA expert. Being an Agile tester has its own set of challenges, which we mentioned in this article. Such an expert must participate in the product development process from the beginning, collaborate with all team members, learn new abilities, consistently enhance, and be on the lookout for new opportunities. Working in an Agile workplace that is fast-paced and often changing can be difficult at first. Agile, on the other hand, offers limitless potential for professional and career advancement if a tester continues with it.

We genuinely hope you found this post helpful. As always, feel free to contact us if you have any queries or require support from our Agile-experienced testers.

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What is the Best Way to Test a Mobile App?

Developers are finding good jobs in mobile app development as smartphones become more popular. Millions of apps will ultimately overwhelm the market. However, the truth is that only a select handful are able to build a name for themselves and dominate the mobile world. With such a high competency proportion, you must ensure that your application, in addition to providing something creative and interesting to your customers, is also free of bugs. As a result, testing mobile apps are becoming increasingly important.

An excellent mobile application is based on a fantastic concept. But, no matter how good and profitable it is, one mistake might send it into extinction. That is why it is critical to identify any potential system defects prior to release. But how do you go about doing it? From setup on various OS versions to GPS tracking, we’ll show you what goes on behind the scenes of efficient mobile app testing today. Every mobile product owner or anyone interested in keeping consumers happy with a mobile app would benefit from this checklist.

1. What is Mobile Application Testing and What are its Essentials

The process of evaluating mobile applications for usability, functionality, and consistency flaws is known as mobile application testing. Software testing and web testing are not the same as mobile app testing. Before undertaking mobile app testing, there are a few things to keep in mind:

Turning on and off the GPS

Screen resolution

The position of the screen (landscape, portrait)

Manufacturers of various devices

OSs

2. Things Users Aren’t Expecting From A Mobile App

Do you know that if a consumer has a poor mobile experience, 40% of them will switch to a rival company? The explanation for this is straightforward: they have a wide range of options. There were 3.36 million mobile apps on the Google Play store as of September 2020, and 3.1 million in the Apple App Store.

What is the secret to getting ahead of the competition? Customer service is important. You must understand what causes an app to leave a negative impression. Weak password validation, inappropriate verification, non – secure cookies validation, installation / de-installation bugs, navigation and scrolling issues, localization mistakes, design and understandability issues, inaccuracies in the backdrop configuration, usability issues, inappropriate error messages, inaccurate form inputs are all bugs that must be detected and fixed in order to provide a convincing customer experience for mobile applications.

Unnecessary procedures within the program must be deleted as a golden rule to satisfy end users. A good app user interface is straightforward, simple to use, and free of components that don’t contribute to the app’s value. Aside from the visuals, an app’s design also provides the app’s audio effects and animations.

3. A Feasible Approach to Mobile App Testing

Mobile application testing is not an easy task, as you may have anticipated. There are numerous sorts of testing used to ensure quality and even more types of mobile applications. It’s only natural that the most important question isn’t “what should be tested,” but rather “what should not be evaluated?”  To help you find an answer, we’ve separated the key elements that define a successful mobile testing approach and compiled them into this checklist. It’s obvious that you’ll need to be a QA specialist to figure out whether the testing technique is more or less appropriate, but it can still serve as a useful roadmap for staying on track and not getting trapped.

4. Manual vs. Automated Testing for Mobile Applications

If you want to start with the basics, there are two options: manual testing and test automation, just as with any other product. What’s the distinction between the two? In brief, manual testing is software testing in which tests are carried out manually by QA experts. Testers build code/test programs to automate test execution in automated testing.

Which is the best option or which one should be chosen? There is no one-size-fits-all solution because there are so many factors to consider. In the short term, manual testing for mobile applications, for example, is more adaptable and cost-effective. Although manual testing can give you a better model user engagement, it does have some drawbacks: the testing method is time-consuming, and manual test cases are difficult to reuse.

Because some test cases (such as load testing) cannot be completed manually, so there is automation.

Advantages of Automated Testing for Mobile Apps: The total testing process consumes less effort, it is more cost-effective in the longer term, automated test cases are easy to reuse, it can be the sole solution for some types of testing (performance testing), and testing results are quickly available.

Disadvantages of Automated Testing for Mobile Apps: Some mobile testing methods have limits, and test automation isn’t always the best way to determine usability.

5. The Definitive Checklist for Mobile App Testing

Let’s examine the different forms of testing that should be done on mobile apps to ensure that they satisfy user expectations. The first portion is about the various kinds of manual testing:

5.1.

Installation Testing

The installation of mobile applications is a metric of success. The first instance a user interacts with your program is during the installation process. Installation testing, which includes both upgrading and uninstalling software, will make it go smoothly and quickly. Checking that old data is not damaged after an app update to an older version still functions after the update is aborted in the middle is required for this. Uninstalling tests guarantees that no trash files remain in the system after the de-installation procedure is completed and that all files are completely erased.

5.2. Compatibility Testing

This testing is required to ensure a consistent experience across all devices. Apps that are successful must work on the majority of modern mobile devices. Compatibility testing examines whether a program is compatible with devices that have varied operating systems, browsers, screen resolutions, networks, and hardware. To reduce errors and guarantee an equal user experience, it’s critical to test the app across all potential software and hardware combinations. A real device is, without a question, the greatest way to evaluate a mobile application. Testing on a genuine device ensures the highest level of accuracy.

5.3. Functionality Testing

Functionality testing is used to combine brilliant experiences with correct functionality. We test the app’s stated functionality, covering field validation, navigation, networking, payment transactions, error messages, sound and video effects, in-app advertising mechanism, application, and user manual compliance, and so on.

5.4. GUI Testing

GUI testing will indicate whether your app’s graphical aspects match the requirements and are implemented correctly. The following components of the app UI are examined:

Menus, toolbars, and other navigation elements

GUI elements are displayed in a variety of sizes for different screen resolutions.

Notifications from apps

Formatting text and layout

Image quality and alignment.

5.5. Interruption Testing

Because smartphones and tablets are versatile and multifunctional devices, multiple events and notifications may interrupt the application. We test the app’s ability to manage the following interruptions:

Inbound phone calls and text messages.

Notifications from the system;

Installation and removal of cables

A network outage and its re-establishment;

Alarm.

5.6. Usability Testing

In today’s extremely competitive market, application usability is one of the most important factors influencing a product’s appeal. Usability testing helps us to find areas of your program that aren’t appealing enough or are tough to navigate or utilize on touch displays. You should also ensure that the application’s resource consumption model corresponds to the intended audience.

5.7. Security Testing

This is the first form of testing connected to Test Automation on this list. If you value your company’s confidential information, security testing, often known as pen-testing, is necessary. Without penetration testing, it is nearly difficult to supply banking software and solutions to the e-commerce business. Before the final release, security testing that comprises the following stages is considered to prevent hacking attempts:

Begin by carrying out vulnerability and penetration testing.

Simulating real-life scenarios

As soon as possible, begin security testing.

5.8. Performance Testing

Yet another test automation technique for mobile apps. Users care about memory usage, battery consumption, CPU usage, loading speed, program performance in a multitasking context, and low-resource options. Make sure your program doesn’t take up too much of the user’s time or patience. Automated scripts perform various checks while following typical ‘user app’ interaction scenarios. After the scripts have been run, a complete report is produced. We use the newest tools and technology, such as Appium, TestNG, JUnit, and Allure, to obtain the best outcomes.

6. Challenges of Mobile Application Testing

Time constraint for app marketing

Mobile phone usage patterns and environments are constantly changing.

User Experience and App Performance Issues

A testing approach based on device

Availability of multiple mobile user interfaces

Greater security issues.

7. Strategies for Testing a Mobile App

Let’s try to organize our information and figure out the most important strategize for mobile app testing.

Make sure you know everything there is to know about your mobile app. Learn everything there is to know about it.

Understand that you’re testing a mobile app rather than desktop software.

Consider the hardware characteristics as well as the operating system of the device you’re testing.

For best testing results, use real devices wherever possible.

Use the mobile application testing tools you’re already familiar with rather than picking one based on its popularity.

Consider employing cloud-based mobile testing.

Utilize most of the development menu options.

Emulators and simulators can safeguard you; utilize them when necessary.

Don’t chase automation. maintain a balance of automated and manual testing

Aside from that, beta testing is always a plus.

Create a checklist for the various testing activities.

8. To Sum Up

You must apply a brilliant idea to make an excellent mobile application, but you must also care about testing to create a perfect product for people. Unexpected issues such as poor design, awful user experience, slow load time, and failures shortly after installation can occur. Mobile testing, on the other hand, is the best safeguard against such threats. However, one thing to keep in mind is that meeting mobile users’ expectations is a continuous effort. As a result, mobile testing should be a high priority for you.

Manual testing is key when it comes to mobile app usability and accessibility. Even said, monotonous work can cause tiredness and contribute to the discovery of defects, especially if the same tests must be run repeatedly. Before you begin manual app testing, you must first arrange the testing stages.

Testdel carefully chooses the most relevant devices, taking into account the software features, target audience, and industry peculiarities, to maximize the time and cost-efficiency of your mobile app testing.

To do so, we use our three-step approach:

Analyze the requirements

A look at the most popular devices in the region

Devices for testing selection

Create a list of requirements and determine who your target audience is.

Examine the hardware and software features that are important to you.

Examine market conditions.

Compile information

Devices are classified according to their priority.

Create a test plan.

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What Not to Test and When to Stop Testing?

1. What Not to Test

When there’s a lot to test but not enough money or time, the testing team’s biggest challenge is deciding what to test and what to leave out. There are many potential testing methods and numerous test cases to perform if the project is very complex and requires a lot of functionality, but if you actually cannot afford to do all of them, you must first consider carefully what would be the most and least relevant in your product. Most possibly, the product’s consistency, and thus its performance and benefit, would be determined by what you want to evaluate. There would be little doubt if the issue was included in testing. For example, you can’t afford to ignore the user interface in favor of checking the backing database.

When it comes to deciding what to leave out of testing, issues get a lot more complicated, because there is no one-size-fits-all solution for any project. So, as a starting point, take the following exemption requirements, which could assist you in making a sound decision.

1.1. What to avoid while doing testing:

You need an extensive testing scope. It is normally preferable to accept each component in small doses rather than skipping one and concentrating entirely on another.

It is preferable to include in the scenario certain test cases in which the users are most willing to connect. In other words, comes with features that overlap with user behavior. It didn’t mean if there’s a bug in a location where no one will ever see it; however, if a large number of users encounter the bug in the product’s most engaging area, it could be very costly.

In case anything goes wrong, examine the product for the most troublesome areas. When it comes to data, the risk is greater, so this element is more critical than illustration. Again, the statutory specifications are an important factor to consider, so ensure to verify them first

This metric is more concerned with cost-effectiveness than with effectiveness or significance. If one test case is costly to run, it makes sense to select many others which are less costly.

Test cases that cover innovative features generate more exponential utilization than those which handle both traditional and new characteristics since both are suggested.

The key to successful testing is to make an accurate judgment before beginning. It will not be beneficial if you conduct testing without requirements . Predict your opportunities using the values measured and test software more productively!

2. When to Stop Testing

This is a common query that all testers face: when should I stop testing? The truth is that testing will never be final. We will never be able to objectively show that our software framework is error-free.

2.1. Most Common Metric used in the Software and Technology Sector goes by the statement.

When the allocated or scheduled testing timelines might be about to end, stop the testing.

Stop testing when all of the intended test cases have been completed and no further errors have been discovered. Both of the preceding statements are irrelevant and inconsistent, as we can fulfill the very first assertion while doing nothing, whereas the second quote is essentially pointless because it cannot guarantee the consistency of our test cases.

It’s difficult to determine the exact moment when you can halt testing. Many contemporary software systems are so complicated and operate in such an interconnected world that thorough testing is impossible.

2.2. Is it Possible to Stop Testing when all Defects have been Discovered?

The majority of software is complex and requires rigorous testing. It is not impossible to find all software flaws, but it will take an eternity. After discovering several bugs in the app, nobody can promise that it is now defect-free. There can’t be a scenario where we can comfortably state that we’ve finished checking, noticed all of the software’s flaws, and it doesn’t have any vulnerabilities. Furthermore, the aim of testing isn’t to find every single flaw in the program. The aim of software testing is to demonstrate that the software works as planned by destroying it or identifying differences between its actual and expected actions.

Since the software has an infinite number of flaws, testing it before all of them are identified is inefficient since we never realize which one is the final. To be honest, we can’t rely on discovering all of the software’s flaws to complete our testing. Testing is an endless process that will proceed until a decision is made about when and when to stop. Making the decision to stop testing has become much more difficult.

2.3. The following are the most important considerations to consider when determining when to stop testing

When timelines, such as launch or testing time limits, have passed, stop testing.

When all of the test cases have been performed with a certain pass percentage, the testing should come to an end.

When the testing budget runs out, stop the testing.

When the scope of the code and usability specifications have reached the required standard, stop testing.

If the bug level falls below a certain threshold, the testing should be stopped.

Whenever the beta/alpha testing time is over, stop the testing.

2.4. Monitoring the Testing Process

Testing metrics can assist testers in making better and more efficient judgments, such as when to end testing or when the software is ready for launch, how to monitor testing progress, and how to assess a product’s quality at a particular point in the testing process. The best method is to have a set set of test cases ready even before the actual test period begins. After that, monitor the testing progress by keeping track of the total number of test cases run using the indicators below, which are very useful in determining the software quality of the product.

Percentage Finalization: (Number of Test Cases Implemented) / (Total number of test cases)

Percentage Test cases Passed: (Number of passed test cases) / (Number of executed test cases)

Percentage Test cases Failed: (Number of failed test cases) / (Number of executed test cases)

A test case is marked as – Failed, even if only one bug is discovered during execution; otherwise, it is marked as – Passed.

2.5. Scientific Techniques to Determine when to End Testing

2.5.1. Determination based on the number of test cases that pass or fail

Before the test execution period, a predetermined number of test cases must be prepared.

Execution of all test cases in every testing cycle.

When all of the test cases have been passed, the testing process will come to an end

Alternatively, if the percentage of failure in the previous testing period is exceedingly low, testing can be stopped.

2.5.2. Metrics-driven decision

The Mean Time Between Failure (MTBF) is calculated by calculating the average operating time before a system fails.

Coverage measurements are calculated by keeping track of the number of directions that are carried out during experiments.

Defect density is calculated by calculating the number of open bugs and their severity levels in relation to the size of the program, such as defects per 1000 lines of code.

2.6. Finally, Here’s How to Make a Decision

Stop Testing if:

The code coverage is adequate.

The average time between errors is very long.

The defect density is extremely low.

The number of Open Bugs with a higher magnitude is extremely low.

‘Good,’ ‘Large,’ ‘Low,’ and ‘High,’ for example, are all subjective words that differ on the particular product being evaluated. Finally, the risk of putting the application into development, as well as the threat of not doing so, should be considered.

TestDel adapt operations and resources to each customer’s needs, project specifications, and software development process because of our flexibility. To provide effective quality evaluation and prevent risks. We are strong at Waterfall Model, Kanban, Scrum, Deployment, eXtreme Programming (XP)

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The Fundamentals of Functional and Non-Functional Testing

In the software industry, testing is a buzzword. With the rise of agile testing and DevOps, the software testing industry is predicted to increase at a 14% CAGR over the next five years. This part of the process is critical to the entire software. The system must be tested on a regular basis to ensure that it completes the process without errors. Testing is an important aspect of the software development process and a key success element. Tests can help to eliminate software problems and assure a high-quality output if test management is done effectively. There are numerous testing procedures to ensure that your solution functions properly and can be used across a variety of contexts and platforms. These techniques are usually divided into two categories, i.e. functional testing and non-functional testing.

1. What are Functional Testing and Non-Functional Testing?

1.1. Functional Testing

Functional testing is a kind of testing that ensures that each function of a software program works as expected according to the requirements. This testing mostly consists of black-box testing, and it is unconcerned with the application’s source code. The key goal is to guarantee that each software feature functions as expected according to the requirements. These tests are solely concerned with verifying the outcomes of operations, totally ignoring the system’s intermediate states throughout execution. This testing involves checking of User Interface, APIs, Database, security, client-server applications, and functionality of the Application Under Test. The testing can be done either manually or using automation.

1.2.

Non-Functional Testing

Non-functional testing is a type of testing that focuses on evaluating the system’s non-functional characteristics. It examines characteristics like performance, usability, and dependability that aren’t assessed in functional tests. Non-functional tests are just as significant as functional tests in that they aid in understanding how the system operates. The major purpose of this form of testing is to deliver the best possible experience to the software product’s end customers. Testing how many individuals can simultaneously login into software is a nice example of a non-functional test.

Client satisfaction is affected by non-functional testing, which is just as important as functional testing.

2. Types of Functional Testing

Functional testing is performed as numerous sorts of functional tests since it is a process that checks multiple parameters of a software product. Let’s have a look at some of the most commonly utilized ones:

2.1. Unit Tests

Developers typically perform unit testing as the first level of testing. This procedure assures that individual software components are functional and behave as intended at the code level. Manually performing unit tests is possible, but automating the process shortens deployment timelines and increases test coverage.

2.2. System Tests

System testing is a type of black-box testing that analyses a whole software product. The goal of system tests is to ensure that the system meets the defined requirements. Before a product goes into production, a test team normally takes this type of testing separate from the development team.

2.3. User Acceptance Tests

User acceptance testing, often known as application testing, is the final stage of software functional testing that takes place before a product is delivered to the public. This procedure aims to guarantee that the software is ready for distribution and that it fits the needs of the end-users. As a result, the product must be tested in the real world — by end-users via the beta testing procedure.

2.4. Smoke Testing

Before fine-tuning other testing techniques, smoke testing is performed to ensure that the core functionality is working properly.

2.5. Sanity Testing

You must understand that when a bug has been repaired or new functionality has been implemented, there are no difficulties that have arisen as a result of the modification.

2.6. Integration Tests

Integration tests are used to see if independently produced software components function together properly when they’re joined. Integration tests ensure that communication between different units is smooth and error-free.  These tests are designed to find various types of defects, such as a message or data format incompatibilities, as well as improper input or output parameters, which can cause a function to shut down unexpectedly.

3. Types of Non-Functional Testing

Non-functional tests are a good complement to functional tests because they provide vital information on the system’s safety, serviceability, and dependability. This sort of testing examines the functionality of a software product and covers (but is not limited to) the following types:

3.1. Compatibility Testing

This form of testing verifies how well the product works with other components such as the operating system, browsers, and hardware.

3.2. Reliability Tests

Reliability tests determine whether software can sustain a specified level of performance under specific situations for an extended length of time.

3.3. Performance Tests

Performance tests are used to see how the program performs under pressure in terms of responsiveness and processing speed.

3.4. Load Tests

Load Tests are the tests that are used to evaluate the behavior of the system under a specific load.

3.5. Maintainability Tests

Maintainability tests are performed to assess the software’s ability to satisfy the needs of users and to be modified without causing problems.

3.6. Usability Testing

Usability tests are designed to verify if the software product can be easily used by end-users.

3.7. Security Tests

Tests performed to uncover how vulnerable the system is to attacks, and how well data is protected

3.8. Portability Tests

The efficiency with which software may be transferred to a different environment, such as how readily mobile apps can be moved between operating systems or devices, is measured in portability tests.

4. What Is the Difference Between Functional and Non-functional Testing

Software testing, both functional and non-functional, is intended to ensure that the product meets the needs of the consumer. The primary distinction between functional and non-functional tests is that functional tests are performed to ensure that the software meets the specific requirements, whereas non-functional tests concentrate on how well the system operates. This example demonstrates this point; You can test if the login feature works as expected under functional testing types. For example, you can see if you can log into your account on the website by entering your username and password. You may also use non-functional testing to see if you can log in to your account in under 2 seconds by providing the same info.

Functional testing is frequently used to find and eliminate bugs in software so that it can perfectly match business requirements. Non-functional software testers, on the other hand, are more concerned with the user experience and behavior than with bug-hunting.

The other distinction concerns the criterion used in functional and non-functional testing. Valid and invalid operations are done in functional tests to ensure that the software behaves as expected and unexpectedly as possible. When performing non-functional software testing, on the other hand, you must examine the factors that are omitted while completing the positive and negative functional tests.

Functional quality assurance is all about obtaining a bug-free codebase suited to the corporate goals, whereas non-functional tests are a human-oriented kind of test intended at analyzing a software product in the views of its prospective customers.

4. Conclusion

You test the performance of your software product and ensure that it meets the highest quality requirements by using both functional and non-functional testing approaches. Do not leave the success of your digital product to chance; instead, contact TestDel, a professional QA firm with experience in both forms of testing. We’ll provide you advice on the greatest techniques and make sure that your app’s quality is excellent.

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Top Software Testing Tools of 2021

During and after development, the software is put through a series of tests to ensure that it is as polished as possible before it is released to the general public. We’re discovering different methods to use technologies and utilize them in our software testing processes as agile continues to redefine the role of quality assurance. Each team is unique, and one tool may be better suited to certain sorts of testing or software than another. That’s why you should conduct a complete assessment of your software testing tools.

Every product’s performance and commercial success are largely determined by the outcome of the product testing stage. For software products, testing is required to identify and correct any bugs in the code. Any issue that sneaks through the cracks will lower the app’s overall quality. Only by locating the most suitable and readily available tool for the job will you be able to conduct good testing. For online apps and mobile application testing, there are numerous automated testing solutions available. Software testing tools simplify your task and save you a great deal of time. Depending on your requirements, you can discover either free or paid automation software.

There are two types of testing available: manual and automated. You must be familiar with all of the major elements and factors that influence a successful and long-term automated testing process. On the internet, there are a variety of tools, each with its own set of capabilities. You should get it once you’ve found one that suits you.

WHICH AUTOMATION TESTING TOOLS ARE THE BEST FOR 2021?

Without the use of competent test automation tools, test automation will fail. According to user behavior, test automation trends have shifted dramatically, with advanced approaches like machine learning and artificial intelligence being available. Knowing which automation testing solutions are the best in light of these trends will be more advantageous.

1. Testim – The Most Scalable AI-powered Test Automation

Testim is a low-code application with a contemporary, user-friendly interface. A Chrome extension that captures a user’s actions is used to develop tests. The Testim visual editor may be used to reorder stages, build modular groups that can be reused across tests, and add affirmations or code-like operations such as loops and conditions.

The built-in scheduler or a CI action can be used to start cross-browser tests. Testim is compatible with all major CIs. Users can utilize Testim’s test status feature to treat test failures differently as they run through the CI (stop the build, pass the build with info only). For code/test branch synchronization and collaboration, as well as bug tracking tools, Testim interacts with various version control systems.

2. Selenium

The best free automation testing tools for web application testing. Among all the automated testing technologies, the Selenium tool presently ranks first. Selenium is one of the most widely used web application testing tools. It’s a free, open-source tool that works with a variety of browsers, operating systems, and programming languages. Selenium has detailed and complex automation scripts, simultaneous test execution, and integration with other software testing tools. The Selenium, as the greatest web testing tool, will assist you in making code maintenance simple. This tool is unique in that it can handle a variety of frameworks, including Data-Driven, Keyword Driven, Cucumber, JUnit, NUnit, and TestNG. It also has the most advanced automated browser testing capabilities.

Selenium loses points in the Usability category of the analysis because there is no official assistance and any setup or advanced functionality must be figured out by your team or any online community you can connect with.

Selenium is completely free to use.

3. Kobiton

To develop a real hybrid cloud mobile testing tool, Kobiton allows you to build the ultimate test cloud by connecting your local on-premise devices to your private cloud and supplementing your devices with 350+ devices.

This tool shines in the Features – Range of Devices evaluation category; there are plenty of devices on which testing can be performed, covering various hardware and software platforms.

The software does not support delayed test runs, and it does not have a large variety of Chinese suppliers for mobile devices, which can be a problem if that is a part of your market.

4. Kualitee

Kualitee is a software testing and test management platform that gives you complete insight and control over your testing.

The tool provides a single interface for test planning, implementation, and defect management, as well as real-time collaboration tools for team members. It provides total traceability by linking requirements, test cases, and execution results and defects. Kualitee also allows for easy reuse of test cases across many projects and the replication of test cycles.

5. Katalon

Katalon, named a Top Automated Testing Software by Capterra, allows you to create and run tests across all operating systems, browsers, and devices. Learners may create codeless tests, while experts can extend and customize the scripts. Katalon received high marks in the Usability evaluation category because it is a product that even non-QA testers can rapidly learn. Moreover, their forum is helpful (and rapid) for quick queries and concerns.

One disadvantage is that the number of programming languages supported by the software is currently restricted.

6. SauceLabs

SauceLabs is a cloud-based platform for online and mobile app testing with enterprise-grade security and flexible scalability, allowing you to add stuff like more testing minutes and devices to your account. It’s used by companies like Visa and Walmart. SauceLabs had a high grade in the Integrations section of the evaluation criteria, as they promote a number of third-party plugins. Slack, Jenkins, Bamboo, TeamCity, Visual Studio, Travis CI, and CircleCI are among the integrations available. One criticism is that the cloud service is a little slow, which can cause testing to take a long time. Disruptions in the program also cause the odd test to fail.

SauceLabs is available for $19 per month with a 14-day free trial.

7. Telerik Test Studio

Telerik Test Studio is a web and WPF application testing tool with functional, performance, load, and API testing capabilities. Create automated testing for Angular, Blazor, MVC, Ajax, and RESTful technologies. The software received top ratings in the UX section of the evaluation criteria because the interface is simple to use and well-signposted by adaptive icons and menu systems. One disadvantage to consider is that a powerful PC is required to operate all of the sophisticated features, which is required if you want to get the most out of the program and maybe a deterrent for smaller offices.

Telerik Test Studio provides a free trial and starts at $2499 for a perpetual license.

8. Appium

Appium is an open-source automated testing tool designed specifically for mobile apps. It supports the automation of iOS and Android native, hybrid, and mobile web applications. Appium is a server-based automation platform that uses vendor-provided automation frameworks. It’s simple to install and use. Appium has increased in number and stability in recent years, establishing itself as one of the greatest mobile automated testing solutions.

Features

Any mobile app may be automated using any language and test framework.

Testing native apps do not necessitate the use of an SDK or the recompilation of the app.

The WebDriver protocol is used to drive iOS, Android, and even Windows apps.

Appium is a free open source and has a free license.

9. TestComplete

SmartBear Software’s TestComplete is a functional testing platform that provides numerous methods for automating testing for desktop, online, and mobile apps.

The following are some of the things that TestComplete has to offer:

GUI testing

Scripting Language Support – JavaScript, Python, VBScript, JScript, DelphiScript, C++ & C#

Test visualizer

Scripted testing

Test recording and playback

10. Cucumber

Cucumber is a Behavior Driven Development (BDD) open-source platform. It has a diverse customer base, including Canon and PayPal. Cucumber is only meant to handle web access, with a focus on improving user pleasure. Other notable characteristics include code compatibility with other automation frameworks, the usage of Gherkin code (which is written in plain English), and support for various languages including Ruby, Java, Groovy, and others.

Cucumber has a free license.

11. Rational Functional Tester (RFT) by IBM.

IBM has developed Rational Functional Tester (RFT) as a commercial and best automation testing solution for 202 RFT offers cost-effective automation solutions for functionality, regression, GUI, and data-driven tests. It works well with a variety of development frameworks, including Siebel, Java, Flex, Net, and SAP. RFT’s main features include support for two scripting languages (Java and VB.Net), integration with IBM Rational Quality Manager, and analyzing testing using natural language and application screenshots.

12. Soap UI

SoapUI is a unique API Test Automation Framework for Representational State Transfers (REST) and Service-Oriented Architectures Program created by Smartbear (SOAP). Simple and reusable scripts, asynchronous testing, and creative test generating components are among the key characteristics.

Soap UI has both free and paid licenses.

13. TestArchitect

TestArchitect is an integrated testing platform that uses ABTL, a domain-specific language built exclusively for test automation, to demonstrate action-based testing as a current keyword-driven test development method. One of TestArchitect’s strengths is its use of action-based testing, a type of keyword-driven testing that allows for great test reusability and, as a result, lower maintenance costs.

Because several processes lack sufficient training support, this tool lost some points in the evaluation criteria for usability. It was difficult to make a harness, for example, because the instructions lacked steps, details, and screen captures.

TestArchitect provides a free version named TestArchitect Team and offers Enterprise pricing upon request.

14. QA Pro-Soft

QAProSoft is an open-source community of software development engineers in test (SDETs) from all over the world that has created a dockerized QA infrastructure solution that includes everything needed for automatic setup. Because of its open-source nature, this technology is suitable for integration. Slack, TestRail, Jira, and most email apps are among the notable integrations. As a result, it received a high score in the Integrations area of the evaluation criterion.

One disadvantage is that this software necessitates extensive programming abilities; the quality of any automation is determined by the developer’s experience.

QAProSoft is completely free to use.

2. Other Testing tools options for Software

Here are a few more that didn’t make the cut for the top list. Check out these further recommendations for useful software testing tools.

Rainforest QA:  The most effective tool for writing tests in natural language.

Eggplant: The best option for a smooth transition from manual to automated testing.

TestingWhiz: The best codeless software and database automation testing solution.

BrowserStack: The best way to get access to over 2000 browsers and actual iOS and Android devices is to use BrowserStack.

Mabl: The most comprehensive end-to-end testing solution for web apps, emails, APIs, and PDFs.

BetaTesting: Best for real-world beta testing with actual people in real-world settings.

Ranorex Studio: Best out-of-the-box Selenium or Protractor web test automation.

Ghost Inspector: The most advanced codeless website testing tool.

Percy: The best visual review software for automating manual quality assurance.

Conclusion

There is no such thing as bug-free software in the real world. The ideal strategy is to extensively test the software and fix any bugs that are discovered. To accomplish so, you’ll require an experienced, validated, and focused software quality assurance testing staff. Aside from the tools described in the article, there are also plenty of other tools aimed towards various forms of testing. Some of them are free to use, while others require a license. The choice of testing automation technologies, on the other hand, is fully dependent on the business need, with one goal in mind: high-quality software delivered quickly.

At TestDel, we place a premium on high-quality software that is provided quickly. Our QA testing services, which include automated testing, will assist you in gaining control over the life cycle of your product, monitoring each development stage, and providing reliable product quality information.

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How QA Outsourcing Helps in Testing Gaming Apps

Gamers are as straightforward about their comments on games, as game developers are about what they produce. Whether you like it or not, the number of downloads from the AppStore and Google Play are mostly determined by user ratings. They may appreciate games that are well-functioning, smooth, and highly participatory, but their criticism of buggy games is broadcast to millions of potential consumers. By providing industry-specific experience and a user viewpoint to the bug hunting process, game testers help develop gaming apps closer to what users want.

Game developers and designers may be under pressure to deliver a high-quality final product. Any bug, fault, or functionality fault might have a negative impact on the user’s entire experience. In this case, you can enlist the services of an external QA team, which consists of expert video game testers who can assist you in delivering a high-quality product.

In this post, we’ll go over the basics of game testing, create a game testing guideline, and go over the top five reasons why independent game testing may help you beat the competitors in the gaming industry.

1. Important Aspects of Gaming App Testing

Game production has become an incredibly profitable and competitive profession, with only faultless products managing to keep gamers, due to increased diversity in games and the need for a fantastic gaming experience. When it comes to quality, many factors are widely regarded as the most crucial factors in determining whether or not a mobile game is a success:

CHECKLIST FOR APPLICATION TESTING IN GAMING

UI and Functionality

Usability and Gaming Experience

Graphics Performance

Security

Multiplayer Features

Device Compatibility

1.1. UI and Functionality

One of the most difficult aspects of game creation is the user interface. With so many different screens, the user interface designs and components, menu hierarchy and functionality, as well as screen alignment and resolution, must all be carefully considered. It’s never easy for a game tester to assess and comprehend “harmony” between the user interface and the graphics.

On the other side, testing game functionality clearly signifies that all playing styles, character attributes, and features are present. A high-quality game also means that there are no save malfunctions, missing sound effects, or problems with in-game purchasing that might generate frustration and negative feedback.

TestDel ensures that games meet the client’s expectations through our functional testing services. We identify issues like crashes, mistakes, and freezes and assist in the delivery of high-quality games. If you are searching for a dedicated QA games tester, you can totally rely on the knowledge of our specialists and outsource testing to TestDel without a second thought.

1.2. Performance

One of the most important indicators of game quality is performance. Game performance testing ensures that key requirements are met. Without strong performance, a fantastic user experience is unavoidable in mobile gaming. Graphics performance must be up to par and stable across devices in order to achieve this. Before they can be released, gaming apps must undergo extensive performance testing. The type of performance testing required is determined by the game’s type, aesthetics, gameplay, multiplayer functionality, and other factors.

TestDel engineer  identify issue areas as part of our services and assist in improving game pace. As a result, TestDel able to give suggestion for your extended loading times, which typically result in user loss, and, thus helps in increasing the number of users too.

1.3. Security

Game creation requires maintaining game authenticity, safeguarding gamer resources, and safeguarding in-game transactions. Mods, piracy, hackers, and cheaters may all be combated with adequate security measures. It’s especially crucial because gaming apps rely on a number of third-party features like adverts and payment gateways, which can be a convenient entry point for hackers.

1.4. Usability and Gaming Experience

Usability is an important aspect of game creation that focuses on increasing the gamer’s productivity, efficiency, and satisfaction. Concentration and involvement are essential components of gaming app enjoyment, and both are reliant on usability. Usability testing evaluates the game design’s responsiveness as well as the emotional reaction it generates in potential customers. It offers unique insights into the end-user journey, assists in testing game quality, and identifies places where the gaming experience falls short of the design purpose.

1.5. Compatibility

Modern devices differ not only in terms of the software they use, but also in terms of resolutions, drivers, engines, and other factors. As a result, compatibility testing is critical for games across all platforms. The three key considerations that influence a game’s progress when it comes to compatibility with various devices are:

Performance – because a game’s behavior can vary from device to device.

Graphics – because screen sizes vary between devices, colors may appear differently on different displays.

The game’s influence on device performance can have an impact on the gaming experience.

Gaming apps that don’t work with the majority of devices and operating systems put the studio’s identity at threat. To get the highest level of compatibility, physical, real-world devices must be used for testing. For the best user experience, TestDel testers ensure that the game runs fluidly across devices and platforms.

1.6. Multiplayer Features

Multiplayer features enable gaming apps to connect users over the World wide web and create a long-term network of devoted followers who like playing together. Incorporating online multiplayer to a game, on the other hand, is time-consuming, expensive, and not necessarily the most enjoyable experience a developer can have. Similarly, testing multiplayer skills is significantly more difficult.

2. How Outsourcing QA Testing Helps in the Production of Bugless Games

The importance of a well-functioning, seamless, and highly interactive game cannot be overstated. With such a demanding consumer base, game development teams cannot afford to make mistakes. Outsource QA testing can act as a safety net, reducing time-to-market and assisting in the preparation of the game for success in all languages and markets. Let’s look at some of the reasons why outsource QA testing can help with game production, development, and cost reduction:

Game QA engineers with extensive experience in the end-to-end gaming environment spanning platforms, as well as test automation.

Testing from the standpoint of a gamer to determine the “pleasure factor” and ensure that the gameplay is proportional and engaging.

There is no need to maintain test environments or equipment because an independent testing service provider would bring a big laboratory of genuine devices to do thorough compatibility testing;

Management of resources is no longer an issue. While the customer concentrates on product development and commercial goals, QA Project Managers handle all aspects of testing management.

4. Conclusion

In order to provide a fantastic user experience and a bug-free game to the client or audience, Independent QA company plays an important aspect in  game testing . Companies with limited funds and no in-house video game tester staff may benefit from outsourcing partners. TestDel Professional engineer ensure that your games gets deliver on time with, cost savings, and a reduction in getting production bugs .

TestDel has grown to assist game developers of all sizes in their success by providing efficient QA services. We meet customer expectations by providing services that are adaptable, scalable, and dependable. We offer game validation services that cover the complete game development process from idea to deployment. Our trained staff of game testers assures that you get a high-quality end-product. TestDel team provides end-to-end game testing services and has successfully benefited studios in improving their customers’ gaming experiences by ensuring optimum efficient and effective implementation of their products.

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How to Maintain an Effective Regression Testing Pack

Regression Testing, unfortunately, accounts for nearly 80% of a tester’s daily job. There are many various ways for engineers to deal with this daily routine, but the process can get time-consuming and tedious at some point. Regression testing is undoubtedly the least pleasurable aspect of any software testing engineer’s work. As a result, a tester’s sight becomes less sharp. They lose interest during the process, resulting in a decrease in the quality of their work.

So, how do testers cope with such a difficult task? How can they keep the process exciting while avoiding the negative impacts of daily regression testing? In this post, I’d like to discuss with you a few tactics and methods that our software testing teams at TestDel utilize to make regression testing fun and keep our workdays from getting tedious and exhausting.

Regression testing is a type of testing that is done using procedures and test cases that have already been created. Generally, such documentation is written using either specialized tools like TestRail, Jira plugins, or Google Sheets. To develop and manage testing documentation, we at TestDel, for example, employ a hybrid approach.

However, irrespective of the techniques you utilize, there is another element to how you can keep your regression testing as effective as possible while also ensuring the highest quality of the output. Let’s look more closely at how to use checklists to properly organize the tasks:

Update the regression checklist on a regular basis.

Alter the testing environment.

Exploratory testing can help to improve Regression testing.

Bring in new people to help with the project.

Let’s discuss them in brief:

I. Update the Checklist on a Regular Basis

We utilize low-level checklists for daily regression testing on certain modules, checklists that were developed about a year earlier depending on the requirements and prototypes. But, as requirements change and additional innovations are introduced to the product, we keep these checklists up to date throughout the development phase. This indicates that we can take breaks from regression testing by upgrading our documentation on a regular basis. This not only prevents regression testing from becoming a terrible job, but it also allows us to enhance and alter some tests to prevent the bug dilemma.

II. Alter the Testing Environment

Daily testing in the same test environment can become a tedious duty that is filled without motivation and tunnel vision. You should always use the opportunity to modify the environment and test on various platforms, browsers, and systems to keep your quality assurance team focused. For instance, today you perform regression testing on the Windows platform using the Google Chrome browser, tomorrow you test on an iPhone, and the next day you work on a Mac. This method will assist you in identifying bugs that are specific to existing platforms, browsers, and devices. Moreover, because your testers are understanding the technical features of a particular test environment at the same time, they do not tired during the testing process.

III. Exploratory Testing can help you Improve your Regression Testing.

Why not use the chance to advance your boundaries with certain exploratory testing if you’re running the same tests regularly from the same checklist you already know intimately? Our team frequently incorporates Dr. James A. Whittaker’s Exploratory Testing Trips into the regression testing process to make it much more engaging and effective. This technique will not only make things interesting a little, but it will also allow your team to look at these test cases from a different point of view, going further than the limits of the checklist. Such steps can sometimes assist in the improvement of lengthy test cases and the effective detection of problems with expected results in both the checklists and the program under the test. By including exploratory testing into your regression testing process, you may prevent your testing team from becoming stuck in a track of repeating the same, lengthy daily tests.

IV. Bring in New People to help with the Project

At TestDel, we frequently have new personnel joining our projects for onboarding. They learn about the features of the product being tested, the technology we utilize on the assignment, and our processes. This is a wonderful chance for us to include them in the regression testing process. The checklists and the software we’re testing are being seen for the first time by such new staff. They also have a series of doubts to answer. This is fantastic for the project! Assisting your new testers in finding answers provides an exceptional possibility to spot mistakes and inefficiencies in your checklists that you might have missed due to monotonous repeating over the long-term project. New employees can assist you in identifying a test that is no longer valid on the checklist. As an example, suppose the functionality was changed but the test was not.

They can also assist you in identifying excessively complex test cases—those that generate too many explanatory queries and could utilize some simplification. Finally, throughout the testing, fresh engineers on the project might uncover additional cases, giving you the critical data to add to your checklist. The same is true for finding flaws that haven’t been discovered using existing test cases.

Conclusion

The above-listed techniques are complete and comprehensive, so you could use them to maintain your regression testing routine at its highest level of efficiency, and these simple tricks sure do work tremendously for your software testing teams.

Software testing engineers constantly follow the rules, procedures, and logic that assure the highest quality results, whether they’re testing or updating documentation. But that doesn’t mean you can’t be creative with your processes to make them less monotonous.

TestDel expert Quality Assurance team is dedicated to streamlining the deployment process. We’ve helped many customers spanning diverse industries for preparing and executing regression tests. Contact us to find out more.

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Performance Testing for E-Commerce Applications

Every day, a new eCommerce startup pops up selling something unique, and we all have many shopping apps on our phones. As a result of the increased competition, performance testing of e-commerce applications has become a critical stage for all eCommerce businesses to produce the best form possible for their target customers.

In this blog, we’ll figure out what it’s all about and the strategies to do it right.

1. What is the purpose of performance testing

Time is money, and the same appears to be true for e-commerce applications. According to statistics, 40% of people will abandon a website if it takes more than three seconds to load. If it takes longer than three seconds for a mobile app to load, 53% of consumers will abandon it. Speed and load are two significant aspects of the success of the e-commerce realm, whether it’s a web page or a mobile application.

Performance testing, on the other hand, is a means to see if an application operates at its best when there is a lot of traffic. This type of testing is done to see how the site will perform under different loads and to find all of the product’s flaws. Apart from that, it is necessary to monitor the speed of data processing and transmission, as well as to detect modifications once they have been added.

2. Why Is It Necessary To Test An E-Commerce App

What successfully captures our interest is apps that run smoothly without producing any issues and display visuals and content in a short amount of time. We become addicted to only those products or applications that work properly. So, in order to reach that accuracy in terms of functionality and technical performance, e-commerce application performance testing is absolutely essential. It facilitates the detection of bugs and other defects in the system in order to achieve maximum perfection.

Ecommerce testing helps reduce the risk of software by significantly lowering the risk factor. Consumers’ biggest concerns when utilizing an eCommerce site are security and privacy. People exchange personal payment information, bank account, credit, and debit card details, and if security is inadequate, all of this information may be compromised. As a result, trust difficulties between the company and its target clients may arise. Testing is critical for any eCommerce application out there to eliminate these difficulties. E-commerce application performance testing is crucial in terms of enhancing the security system to a large extent.

3. Why Performance Testing for an E-Commerce App or Site is Important?

E-commerce application performance testing is done to ensure that the complete system of the application is excellent. However, there are a number of important factors that necessitate extremely precise testing procedures in order to identify the impact of issues. Let’s look at why e-commerce application performance testing is so crucial, and how it affects the application’s quality.

3.1. Evaluation of all the Software Objectives

E-commerce application performance testing involves evaluating the program as a whole to see if it is working properly and if the page loading times are optimal. Aside from that, it examines the payment and shopping guide sections. If the application includes a blog, it will also go through that section. It checks for bugs and makes plans to fix them in order to create a faultless application.

3.2. Page Loading

The loading of websites is frequently slowed due to excessive traffic. This has an indirect or direct impact on the user experience. Nobody wants to waste a lot of their personal time waiting for something to happen. E-commerce application performance testing is vital because it generates scenarios in which several individuals are utilizing the program at the same time. It also examines the load factors of the pages and, if necessary, makes adjustments to ensure that the software runs smoothly.

3.3. The App’s Flexibility on Various Devices

When testing eCommerce applications, this is one of the things that the majority of QA testers overlook. It’s not uncommon for an app to work perfectly on one device but not on another. When we try to open an app that is working fine on our phones on our desktops, it frequently becomes chaotic. This is related to optimization issues, for which performance testing of e-commerce applications was a large part of the solution. When conducting performance testing, the QA testers will look at the software’s navigability as well as the loading time.

They’ll also look at factors like a page’s interactivity and fonts, among other things.

3.4. Cloud-Based Testing

This is an important aspect of testing that must be completed in order to improve the software’s flexibility in terms of operation. If a customer continues to add things to their account on their mobile but buys the product after opening the app on their PC or laptop, the software must also function properly. Because this activity is entirely impacted by cloud computing, cloud-based testing is essential to enable the program to perform in such a dynamic way. This is a delicate region that necessitates a greater level of precision while constructing the exams; as a result, uttermost efficiency and concentration are required.

4. Methods and Strategies for Performance Testing

4.1. Check the Functionality

A user interface UI is the first thing that users will encounter. It typically includes graphical components and buttons that execute important app operations such as search, add to cart, and payment gateways, among others. This is where performance testing should begin. Rapid accessibility and the ability to refer back to the sale page fast again are the most important criterion.

4.2. Perform Load Testing

The next stage is to examine an app’s behavior under various operating conditions. Varied types of traffic generate different responses, and network or server speed has none of that. It is vital to replicate situations with thousands of simultaneous users in order to find such vulnerabilities in a timely manner. Application peak time, response time, and traffic pattern are all things to keep an eye on at this point.

4.3. Analyze Performance on a Variety of Devices.

There could be a lot of devices, and their configurations could be much more. In order to create a successful shopping experience, it must be possible to do it in a variety of settings. As a result, it’s critical to execute performance tests on various devices to determine why and when runtime error messages appear, whether pages display clearly, and so on.

4.4. Testing in Cloud-based Application

Last but not least, determine whether your e-commerce applications will work properly in the cloud. A user can, for example, make purchases on a mobile device, put orders on the desktop version, and do everything in the cloud. QA teams undertake cloud testing to guarantee that nothing goes missing and that the program is fast and dependable.

5. Conclusion

Performance testing of e-commerce software is becoming increasingly critical in light of today’s demand for perfection in the eCommerce industry. To succeed in the business, every organization must develop software that is free of complexities and defects, as well as provide 100% client pleasure. To ensure that e-commerce applications operate without delay or difficulty, ensure that your app has passed all of the above criteria. Contact TestDel if you need help with e-commerce app performance testing. Our services are completely transparent, and we provide excellent service.

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Outsource Mobile App Testing

The importance of quality assurance testing in the software development process is sometimes underestimated. While both producers and developers may believe their code is error-free, they are almost always wrong.

Testing for quality assurance assures that your product is free of bugs and ready for release. Software testing is something that should be done by professionals to verify that your software is secure. Software must be properly tested by a professional QA or Testing team to ensure a successful launch. Outsourcing QA services to a competent organization will relieve your organization of a significant amount of load, allowing it to focus on its main activities. As a result, effective software QA testing has become business-critical for businesses. It is critical to complete the task with the assistance of all necessary resources. Previously, outsourcing was done simply to save money, but now it is a cost-effective strategy to create better business results.

While corporate executives throughout the world strive to adopt new features and innovations, it is critical to ensure that the product is of world-class quality. Having a dedicated QA and software testing organization at the helm can help the software development process in a variety of ways. The following are a few of the most important:

1. Cost Cutting

You simply pay for third-party testing services and don’t have to worry about the administrative details. The difference in hourly rates is another factor that reduces the cost. If you employ QA engineers locally, you will most likely pay much more than if you find a remote team from an outsource qa testing partner.

2. Obtain Domain-Specific Knowledge

Bugs in software applications can have far-reaching consequences, especially when sensitive data, such as financial, healthcare, and legal information, is exchanged. Whether it’s a banking app or medical software, each app needs the expertise of a subject expert to verify that it’s safe to use and compliant with regulations. Your outsourced QA partner can supply the topic knowledge you need to critically review your software and add value to your product, company, and customers.

3. Time-to-market is Short

The majority of third-party software testing organizations have a preset procedure that allows them to do their task quickly. There’s no need to educate the team or lose time waiting for them to prepare their work – a remote team can jump directly into testing. As a result, the product’s final release date may be accelerated.

4. Access to Highly Qualified Testers

Many areas face a shortage of quality assurance engineers. You get a whole team for your project when you use third-party application testing businesses. Even if a few more workers are needed, HRs normally have a list of candidates on hand who can join the project on short notice. This allows you to hire as many skilled and experienced engineers as you require for successful project implementation.

5. Scalability

Companies make the typical mistake of concentrating on hiring technical professionals to create new applications or introduce novel features to current ones in order to scale. However, expanding a firm can come with growing pains, and if these pains come in the form of defects or improper code, they can be damaging to a company’s health. The hurry to develop and bring a product to market without proper testing can lead to post-launch data risk, income loss, and reputational damage. Your QA staff should grow in tandem with your development team. Instead of devoting resources to recruiting, training, and keeping new staff for each new product, a company can focus on development while outsourcing QA to a testing partner.

6. Flexibility of Resources

Only QA outsourcing allows you to use and pay for the exact quantity of resources you need. During the development phase, it is common for the program to become more sophisticated than you had anticipated. In such cases, more resources and technological skills are required to evaluate the app. QA outsourcing can save the day while staying within your budget. Faster release cycles necessitate an immediate resource ramp-up, and you may need to ramp it down at the same time. You can also limit the number of resources deployed by outsourcing QA and just pay for what you require.

7. Top Quality

Engineers have a wide range of tools and technologies at their disposal to execute software tests. Emulators should not be used instead of real devices and operating systems. Continuous self-education is also necessary to provide high-quality services. Remote businesses recognize that they may achieve a competitive edge for many years only if they prioritize their employees’ education and work-life balance. Other factors have an impact on each team member’s productivity.

8. Increased Objectivity

Because of the popularity of the DevOps approach to QA, companies have formed multiple internal teams to merge development and testing as a shared activity. It does, however, have a significant disadvantage. If you’re also designing and building the product, you’ll never be able to see the bugs and faults in your code. Outsourced QA testing ensures that your code is viewed objectively. External testers who have been trained to find every single bug will look at everything objectively and without bias on either side.

Conclusion

Outsourcing is only beneficial if you believe this form of collaboration is beneficial to your business strategy. This guideline applies to all types of services. It’s not a solution, and it’s not about abandoning obligations; rather, it’s about sharing the risk and ensuring that the final result is of good quality. Working with a remote QA team will allow you to focus on your primary business activities while reaping the benefits.

In addition to the abovementioned, as extended teams of product groups, we may act as true quality enablers by introducing objective automation frameworks for the entire team to use, as well as bringing automation in early in a shift left engineering strategy. TestDel provides you with all of the advantages of automated testing, including increased test coverage, enhanced accuracy, real-world testing, increased team productivity, shorter time to market, and, most importantly, happy and delighted clients. To handle any problem in your program, our team of engineers and domain specialists works as an extension of your in-house team.

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How to Evaluate an Offshore Software Testing Company

Software testing is a part of almost every software development effort. The task of software testing is often outsourced. Outsourcing simply means transferring work to another company on a contract basis. In the IT sector, the tendency of outsourcing testing services is highly widespread.

Testing is critical in business technology and software development to ensure that only the best software and systems reach your end-users and customers. Quality software testing necessitates consideration of a variety of factors, including the cost of testing, the effectiveness of testing phases, the availability of qualified personnel, and so on. Outsourcing software testing to a third party might provide a significant benefit to your team.

But how can you select an offshore software testing company that meets your requirements and works in tandem with your in-house team? You can choose the best business to test your software if you use the appropriate evaluation metrics.

Factors to Be Considered While Selecting a Software Testing Company

When doing any type of evaluation, criteria must be established in order to determine whether or not the product, service, or company meets your expectations. There are some factors you should utilize when choosing an offshore software testing business to make an informed conclusion about the best firm for your needs. Here are a few things to think about as you examine.

1. The Intensity, Solidity, and Depth of Staff Expertise

Companies with a diversified workforce and a strong commitment to ongoing education and training to keep their skills up to date should be prioritized. Take the effort to ensure that your employees are receiving ongoing industry training and maintaining any relevant certifications. Consider the number of testers who will be available to test your product.

2. Experience in the Industry

Affirm the company’s breadth and depth of software testing experience. Given the importance of software testing in assuring your company’s ability to deliver for clients, it’s critical to pick a partner who can provide a solid testing strategy that is always improving its tools, processes, and skillsets. Is the company, for example, able to provide instances of the previous testing done on similar software? Are they able to use technologies that interface with your existing technology? Is it also capable of scaling up or down the number of professionals with the required technical experience to fulfill your requirements?

3. Quick Customer Service

Effective customer service increases a company’s relationship with its customers. Delivery managers, meanwhile, function as a conduit between employers and their clients. Possessing both of these channels of communication is essential for any organization, but especially so for an offshore software testing firm. You should check to see if the organization offers good customer service and accountable Delivery manager. Examine how the company addresses possible concerns and how successfully it conducts business with its own consumers.

4. Consistent Delivery Time

Keeping with the theme of dependability, the offshore testing company you hire should be able to work around your schedule. Differences in time zones, delivery strategies, and language skills across your organizations are all considerations to consider when analyzing. Will the testing company’s staff be capable of meeting with your team as required?

5. Demonstrated Past Record

Even if a corporation claims to be knowledgeable in its field, words alone can only get you so far. Examine the company’s reputation among its peers, businesses that have used its services, and anyone else who has had a connection with it. Reviewing case studies, testimonies, and recommendations can help you make a more informed decision about the offshore testing firm, especially if none of your employees have worked with it before.

6. Strict SLAs to Guarantee Consistency

A service-level agreement (SLA) specifies the degree of service you anticipate from a provider, whether it’s a supermarket, an internet service, or an offshore software testing firm. A strong SLA can demonstrate a company’s dependability. The testing organization you select should have a solid agreement in place that includes precise, clear information about the levels of service it offers. The SLAs must also work excellent with your own requirements.

7. Good Security Procedures

Security is more crucial than ever before as technology advances. Examine a testing firm’s security procedures while making a decision. Is its information safe? What is the source of that information? Is the security training of its employees appropriate? Check to see if the testing firm has ever had any physical or digital security breaches, as well as how secure it is from the exterior attacks.

Conclusion

When you hire an offshore software testing business, you’re hiring a partner who can not only supply solid testing experience and methodology but also work smoothly with your in-house team. You should now have some information on how to create a successful evaluation plan and select the best software testing company for your business based on the factors listed above. If you’re searching for a company that can meet all of these requirements while also offering a comprehensive range of testing tools, the team at TestDel would be delighted to speak with you. Contact us right now to set up a meeting with one of our testing professionals to discuss your software testing and quality assurance requirements.

[testdel-uk-ltd]

How to Get Software Testing Jobs Abroad?

Software Testers Seeking Job in Europe, US, and Canada

The Europe, USA, and Canada are some of the top places in the world to work as a professional software tester. The country has experienced rapid growth in recent years and is aiming to expand in a variety of industries. Software testing is one of these areas. Over time, the need for highly skilled people has grown to the point where these countries have had to hire outside expertise to meet their internal needs. This has created significant opportunities for experienced professionals. In terms of software engineers, Europe, the USA, and Canada have invested heavily in the IT sector, benefiting a large number of specialists.

Software IT Tester is a broad domain with a lot of potentials. After all, Software Tester professionals are required by every firm and industry. Software testers are in high demand not only in India but also in many other nations such as the U.S.A, Canada, and Europe. Many organizations in these countries are constantly on the lookout for experienced Software testers. This is why the express admission program was created. They employ talented testers from many countries through this scheme. In the last few years, Indian immigration to the U.S.A., Canada, and Europe has increased, and many software testers are looking for work in these regions of the world.

Software Testing as a Profession and a Career Path

Software testing is the fundamental glue that holds most businesses together across a wide range of sectors. Software testing services ensure that each of your software application’s service functionalities performs as expected in terms of behavioral compliance and quality. Software testing has become an increasingly important aspect of practically every business because of the growing automation in a variety of industries, as well as the ever-expanding need for an online storefront and mobile presence.

Mobile, website, security, cloud, billing, accessibility, and other testing methodologies are all part of the testing industry. However, the types of testing and teams used are changing, as are the career opportunities in the testing industry.

Differences in the Number of Testers Per Capita by Country

Have you ever noticed which country has the most software testers?

TestDel examined some of the most frequent software testing job descriptions by country, then contrasted them to the population of each country in 2016 (according to the World Factbook). These job titles could explain why certain non-European countries performed badly – are there just 19,000 testers in China, and less than 1000 testers in Japan? Despite their vast populations, software testers were not listed in Nigeria and Bangladesh.

The United States, U.K., Canada, and Israel were all close to the top, but one country stood out, that is, Ireland. Below is a list of all countries that outperformed the world average. If the ranking had been extended to include countries with ratios lower than the global average, the Philippines, Taiwan, and Spain would have come in that order, followed by Mexico, Italy, France, and Turkey. Despite their large populations, Russia, Pakistan, Brazil, China, and Indonesia rank lower on the list.

4. Global Statistics of the Software Testers

The software testing community is 66% male and 34% female on a global scale. The country with the greatest number of software testers is Ireland. Following that, the United States, Canada, and Israel are all grouped closely, just ahead of Singapore and U.K. Female software testers are found in greater numbers in the United States than anywhere else in the world. The following countries on the list are India, China, Canada, the UK, and Poland, in that order. As per LinkedIn, there are fewer than 5,000 female software testers in every country. When it comes to B.S. and M.S. degrees for their testers, the United States leads the rest of the globe.

The high technology sector employs two-thirds of all software testers. Manufacturing is the second-largest employment of software testers. More than half of all software testers work in organizations with more than 1,000 employees, more than one-third in firms with more than 10,000 employees, and about an eighth in organizations with fewer than 50 employees.

5. How to apply for a software tester position

Testing has never had a downturn in the IT sector, and certainly, professional Software Testing is always in high demand in the countries like US, Canada, and many other countries of Europe.

In all of these regions, the profile of software testers has increased over the last few years. This is because many companies in the U.S.A, Canada, and Europe have understood the value of software testing before releasing applications. The intrinsic value of tester profiles has increased as a result of the creation of many levels and types of software testing in the United Kingdom.

To get a software testing job abroad, QA testers need to follow the steps given below:

5.1. Create a Proper Resume

QA Engineers need to have good attention to detail. A resume for a software tester is a professional document that is usually one or two pages in length. It outlines all of the abilities and expertise that software testers must-have. Whether you’re a junior or senior software tester, this document should reflect that. You must highlight the skills required and knowledge of software testing procedures, depending on the experience.

To reflect your resume stronger and attractive, mention the following details:

Emphasize your qualifications.

Make a list of your accomplishments that includes concrete figures.

Keywords linked to QA testers should be included in your resume.

5.2. Gain Hands-On Experience in the Testing Field

QA testers who are looking for software testing jobs in the countries like US, Canada, the UK, and other parts of Europe, should acquire an adequate amount of hands-on experience in the testing industry. QA testers must include all of their previous experience as software testers in their CV.  Include the number of years you’ve worked, as well as the name of the company and the role you had.

5.3. Certifications

Include only those certifications or degrees that are appropriate to a software testing job in this section. If you have a certificate in another field, you should create a separate resume and include it.

There are all sorts of software testing certifications available, beginner-level for aspirants, intermediate-level for individuals with some testing experience, and master- and expert-level for professionals with many years of software testing experience like Certified Associate in Software Testing (CAST), Certified Software Tester (CSTE), ISTQB Foundation Level (CTFL), ISTQB Agile Tester Certification, ISTQB Advanced Level Test Analyst, Advanced Level Security Tester and many more. Certifications provide individuals with the opportunity to check their expertise and learn more about their profession in addition to helping them find a job.

Out of these courses, the QA tester should be qualified with a minimum of one certificate.

5.4. Search for a Sponsor

Now, the next step for a QA tester is to look for a sponsor. To find sponsorship and a Tier 2 Visa in the U.S., Canada, and Europe, you should apply to one or more companies in these countries that have a sponsorship license or contact immigration experts for assistance in finding work with companies that have a sponsorship license.

5.5. Preparation for an Interview

Perhaps a QA tester is looking for a new testing opportunity or meeting with a prospective interviewer regarding a particular software testing job. In both situations, testers want to present themselves and their experience and skills as well as they can. QA tester’s main focus is to describe how to use your testing experience and expertise to answer questions during a software testing interview and learn from the interview experience itself.

Following activities should be taken into account while preparing for a software testing interview:

Before attending the interview, check the job profile in detail. Understand if the requirement is purely in manual testing, automation testing, or both.

Develop the habit of writing down facts about each assignment as you complete it.

Do Research and study topics related to the interview

Find a coach to help you prepare for interviews and practice being interviewed.

5.6. Offer Letter

Now once the QA tester will get select in the interview, then she will receive an offer letter for the job joining from the sponsor who has given the sponsorship.

5.7. Signing a Contract Form

After getting the offer letter in hand, the next step for a QA tester is to sign a contract form that contains all the details, agreement procedure, terms, and conditions regarding the job.

5.8. Apply For the Visa

After signing the contract letter where all the agreement procedures, terms, and conditions have been finalized, the next step for the QA tester is to apply for the visa.

Following steps to be taken while applying for the Visa:

To apply for immigration to U.S.A, Canada, or Europe, the first thing you must do is create an Entry profile. You’ll be asked to enter information about yourself, such as your age, education, employment experience, and language skills, among other things. Ensure that the information you submit is true and can be validated using documents.

After you’ve completed your Express Entry profile, you’ll be awarded a CRS score. This score will ultimately determine whether or not you are approved for immigration. As a result, it is recommended that you achieve the highest possible score.

The Entry program provides a job pool that may be accessed and used to discover suitable jobs for this purpose. Receiving a job offer letter will boost your CRS score by a few points.

You will be sent an Invitation to Apply if your score is higher than the cut-off. Following that, you must apply for a permanent residency visa.

Once you have the visa, you will have to move abroad within one year.

5.9. Immigrate and Start Doing Work

Once the QA tester will get the final approval for the visa and the visa has been authorized which has been applied by a tester, then the QA tester will move and immigrate abroad and can start doing the job as a software tester.

So that’s the whole procedure for an overseas candidate to get a Software Testing job abroad.

TestDel was founded in 2016 and specializes in software testing services in UK that combine extensive industry knowledge with cutting-edge testing technology. We always look for new talent all over the world and help candidate shaping QA career . Over the last five years, TestDel has observed the software testing industry expand and evolve. TestDel provides a wide range of personalized testing solutions based on years of experience in the technology, telecom, healthcare, finance, media, and retail industries. Please check out our FAQ page for applying software testing job with TestDel.

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Everything You Need to Know About Testing Responsive Web Design

Everything You Need to Know About Testing Responsive Web Design

After the introduction of smartphones and mobile internet services, virtually everybody has been walking into walls, glued to their mobiles, reveling in the internet’s ethnographic information. This means it’s more important than ever to make sure your website works on mobile devices, but there’s a draw: the devices do you support? Tablet computers? What about phones?

Responsive web design is the process of making a single website ‘respond’ to the size of the window it is displayed in, enabling users to view your website on any screen, large or tiny, and make it look as good as it does on a desktop computer. Responsive design has progressed steadily over the years, taking several forms as requirements and support for new technology have increased. The need to appeal to an increasingly mobile obsessed population has become more critical. This whitepaper examines the innovations that have arisen to address this issue, as well as where they are headed. How responsive design impacts a user’s background and how we can be more responsive to the customers’ requirements  is what responsive design is all about.

Guideline for Testing Responsive Web Design

We always want our websites to look nice on various devices, and this responsive web design testing guideline will assist you in accomplishing that goal.

Website Navigation Testing

The navigation bar should change in tandem with the device. A navigation bar is used to quickly navigate to separate segments or pages on your website. A navigation bar usually consists of five or more components. If we use @media queries with a meta tag to downscale the navigation bar on a mobile device, they will not be available or large enough just to click. As a result, on smaller screens, we go with a hamburger menu strategy, which is very common. It is so well-known that if a user can’t find something else, he would go out of his way to find it.

It is important to test the navigation models on various screens as a guideline element to ensure that they are not promoting a poor user experience.

Fonts Should Be Tested On Several Devices

Developers use a variety of fonts and design techniques to write text on their website to cater to users creatively. These fonts may or may not be strongly recognized, and in devices that rely on the encoding format, they may turn into odd numbers or codes. As a result, it’s important to test the fonts on a variety of devices before committing to real responsive testing.

The picture above depicts how the font-face approach is implemented in different browsers.

Device-Browser Configurations Must Be Tested

Using Google Analytics to analyse web and mobile traffic, including the browsers and devices that were used to access the sites. You might want to use the trial versions to test the website’s responsive web design. This operation should be repeated every quarter with the addition of a new web browser and computer and the removal of the old ones.

Small-Screen Device Testing

Mobile devices are used by more than 80% of Web users. You can’t have a website that doesn’t performed well to any mobile device because the number of mobile users is growing every day. As a result, considering the mobile-first design approach when designing for responsiveness becomes essential. Your design should first be optimized for small screens, such as cell phones, before moving on to bigger displays.

Test Your Website’s Speed

The performance of your units in terms of sizing up or down as per devices is measured by responsive design. However, when it comes to heavy elements like photos, videos, and other media. They are the primary source of concern for affecting the website’s loading speed on smaller devices like smartphones which typically operate on lower frequencies. If we continue to make the same images on larger devices, such as laptops, the loading time will increase substantially, causing your end-users to become frustrated.

According to a Forrester Consulting report, the minimum waiting period is just two seconds. The user will most likely hit the back key on the keyboard if your loader is still spinning after 2 seconds. As a result, test the speed of your website, and if it’s a little slower than you thought, use different methods to make the same images on these smaller devices.

Test for Synchronization of Elements

For smaller screen devices, element synchronization is critical since they are easily identifiable. All can see when a shape is out of context and cutting through the limit. There are several elements on the website, and the tester must ensure that they are all aligned correctly on the computer. Responsive web design can yield no results unless it is rendered and aligned properly.

Content Placement Test

Since the display area is wider on a larger screen, such as a desktop or laptop, it is much easier to locate an element. We may also concentrate on any corner due to the distance between the screen and the user. For mobile devices, however, this is not the case. On mobile devices, we must keep in mind that the screen size is restricted, and if we try to show everything as it is, the screen will become messy. Check to see whether the critical elements are inside this region or not and that the elements are not too crowded.

Test for Faults With Cross-Browser Compatibility

The first and most important step in responsive design testing is to run cross-browser tests on the device to see whether the website is compatible with different browsers. Cross-browser testing enables you to access and discover your website on any browser, operating system, or specification. Cross-browser testing is a more complex concept, and discussing it here will take us away from the topic of this article. Manual cross-browser testing and automated cross-browser testing are two types of cross-browser testing that can be done in a variety of ways.

Cloud-based online cross-browser testing tools are quite effective. Cloud-based tools are easier to use, less expensive, and do not require the establishment of any testing infrastructure. It is a personal choice, and if your methods produce the best results, that is equally well and good.

Test The Ability To Interact

Mobile devices are available in a variety of screen sizes. Another factor to remember is that since Steve Jobs released the first iPhone, the interactive interface has evolved. Today, some people use a stylus for routine and precise contact, while others use only one hand to communicate with the computer. The main goal of this responsive website testing guideline is to ensure that the interactive experience remains consistent regardless of whether or how interactions occur. The key should not be so little that you can use your hand to press two at once. By multiple models and other means, the UI should attempt to embrace the majority of the options.

10. Test the Responsive Design of Your Website Popups.

Popups are widely used because they are an effective way to turn website visitors into paying customers and sales. Do you realize, however, that website pop-ups can be both a buddy and an opponent? It can irritate your visitors and significantly damage your website’s credibility with search engines if not displayed properly.

You can use responsive design testing to evaluate that the pop-ups shown are responsive as well so that their function can be fulfilled on any device.

A non-responsive popup can cause confusion for the user because the close button may fall outside of the limit, while a responsive popup would still entice the user to take advantage of the deal you’re displaying. Always remember to check this thing off your to-do list.

11. Test like a End User

The final item on our checklist is to test the website, not as a tester, but as an end-user going to visit this website. As a tester, you are always going to think like a tech expert, and you may lose some minor bugs because you believe they will not be noticed by the user. Actually, this is almost never the case. There is a good chance that at least 1% of the millions of people who visit your website will be troubled by that overlooked bug.

As the final task, always test your website as if you were a user. Investigate various areas of the website and become interested in the concept. If it’s an e-Commerce site, look through the items as if you’re wanting to purchase them. Add them to your shopping list and explore all of the website’s options before completing the purchase. You never know when or where your responsiveness will be required. You can think like an end-user and produce a bugless responsive website if you test like an end-user.

Responsive Design Testing Tools

To test your website’s actions across multiple devices, browsers, and operating systems, you must employ a thorough testing strategy. Taking into consideration all of the above-mentioned responsive web design testing guidelines items such as checking for manual intervention, page loading, fonts, images, navigations, and configurations. It would be a difficult challenge to bring out all of these activities manually.

There are a variety of tools on the market that can handle responsive website testing checklists with ease. These tools help to enable web developers to quickly design, build sensitive and high-performance web applications. Following are some of the widely used responsive web designing testing tools:

Responsive Web Design Checker. Tests the responsiveness of tools that allow developers to select the device and resolution the website should respond to.

Screenfly. This popular application is used to test web pages on a variety of screen sizes and devices.

The Lambda Test. Over 22,000 browser, mobile, and OS combinations are tested with this cross-browser tool.

Ghostlab. This tool examines a website across many browsers and mobile devices at the same time.

Browser Stack. Browser Stack is one of the most extensive testing solutions on the market, with over 1,000 mobile and desktop browsers to choose from. Its user list includes famous names like Twitter, Microsoft, and Airbnb.

CrossBrowserTesting. This all-in-one, which competes directly with BrowserStack, conducts automated simultaneous tests for over 1,500 browsers and devices.

Websiteresponsivetest. The application uses the site’s URL to display online content on various devices and screen sizes.

Device Mode in Google DevTools. Developers can easily imitate mobile devices in the Chrome browser with this emulator utility.

Google Resizer. This tool allows developers to view a site throughout Material Design breakpoints for desktop and mobile, with recommendations on breakpoints, responsive layouts, surface behaviours, and user interface designs.

Responsinator. This tool shows how a website looks on various screen sizes and forms. It enables designers to interact with the website by clicking links, typing into search areas, and more.

Challenges of Testing Responsive Design

Let’s look at some of the most common issues with responsive web design.

Touch vs. mouse. Customers actually use a mouse to navigate and select items on desktop versions of websites. Users of handheld devices, on the other hand, are more likely to use their hands on their touchscreens.

Graphics and performance. This issue arises when images or graphics are not downscaled or adjusted to accommodate different devices, resulting in lengthy load times.

Time for expansion. Unfortunately, flexible web design takes longer to build than a regular website since it must account for a variety of factors such as different platforms, devices, and screen sizes.

Getting the navigation just right. Navigation is perhaps one of the trickiest components of adaptable web design because desktops have a lot of room for it, whereas smartphones have smaller screens with less room for it. As a result, developers must address clutter and concentrate the most important components of the site in a prominent and easily accessible location for end users.

Responsive Web Testing Tips

While testing a Responsive Web, keep design consistency in mind, such as picture placement, text spacing around the borders, and so on, across all browsers and operating systems.

The tester should be familiar with what to test and how to test on many devices at various breakpoints while testing a Responsive Website. It could be exhausting and uncomfortable otherwise.

The Responsive Website’s major content should be viewable at all breakpoints; for example, if the browser size is changed from desktop to mobile, the primary images, main text, menu, and so on should not alter.

If the browser is resized for testing, any clickable section of the Responsive Web (such as buttons, menus, sub-links, and so on) should work.

Only a few big concerns may be identified by resizing the browser and evaluating the responsive website, however there may be a few minor issues on mobile devices relating to finger swipes, tapping, and so on. Defect detection and elimination can be improved by testing these functionalities on actual devices.

Communication between the tester and the developer is essential for rigorous testing of a responsive website. The developer should assist testers in creating the conditions listed in the test cases’ requirements.

Examine whether the web pages are viewable at all dimensions, that is, whether the content is accessible even when the browser is resized to fit a mobile screen.

Conclusion

Testing a responsive website is critical for the long-term success of many mobile applications. Mobile users will only grow in number, and their expectations differ significantly from those of desktop users. Implementing Responsive Web Design and thoroughly testing it is a terrific method to ensure that your site meets the standards.

User experience is critical, as we all know. Providing a fantastic experience to all users, regardless of what device they use to access our website is critical to our business’s success. We may accomplish this with the use of a responsive web design testing checklist. Keep in mind, though, that responsive design testing is a continual effort, not a one-time event. We’ll have to keep doing that because new devices are released every other day. Responsive web design testing is especially important nowadays because mobile usage contributes to more traffic than ever before, necessitating the need for companies with a digital presence to recognize this shift and generate responsive websites that can adapt easily. Responsive web design must adapt to deal with the challenges of new trends in desktop and mobile websites, from virtual reality to augmented reality applications.

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How to Maintain an Effective Regression Testing Pack

Regression Testing, unfortunately, accounts for nearly 80% of a tester’s daily job. There are many various ways for engineers to deal with this daily routine, but the process can get time-consuming and tedious at some point. Regression testing is undoubtedly the least pleasurable aspect of any software testing engineer’s work. As a result, a tester’s sight becomes less sharp. They lose interest during the process, resulting in a decrease in the quality of their work.

So, how do testers cope with such a difficult task? How can they keep the process exciting while avoiding the negative impacts of daily regression testing? In this post, I’d like to discuss with you a few tactics and methods that our software testing teams at TestDel utilize to make regression testing fun and keep our workdays from getting tedious and exhausting.

Regression testing is a type of testing that is done using procedures and test cases that have already been created. Generally, such documentation is written using either specialized tools like TestRail, Jira plugins, or Google Sheets. To develop and manage testing documentation, we at TestDel, for example, employ a hybrid approach.

However, irrespective of the techniques you utilize, there is another element to how you can keep your regression testing as effective as possible while also ensuring the highest quality of the output. Let’s look more closely at how to use checklists to properly organize the tasks:

Update the regression checklist on a regular basis.

Alter the testing environment.

Exploratory testing can help to improve Regression testing.

Bring in new people to help with the project.

Let’s discuss them in brief:

I. Update the Checklist on a Regular Basis

We utilize low-level checklists for daily regression testing on certain modules, checklists that were developed about a year earlier depending on the requirements and prototypes. But, as requirements change and additional innovations are introduced to the product, we keep these checklists up to date throughout the development phase. This indicates that we can take breaks from regression testing by upgrading our documentation on a regular basis. This not only prevents regression testing from becoming a terrible job, but it also allows us to enhance and alter some tests to prevent the bug dilemma.

II. Alter the Testing Environment

Daily testing in the same test environment can become a tedious duty that is filled without motivation and tunnel vision. You should always use the opportunity to modify the environment and test on various platforms, browsers, and systems to keep your quality assurance team focused. For instance, today you perform regression testing on the Windows platform using the Google Chrome browser, tomorrow you test on an iPhone, and the next day you work on a Mac. This method will assist you in identifying bugs that are specific to existing platforms, browsers, and devices. Moreover, because your testers are understanding the technical features of a particular test environment at the same time, they do not tired during the testing process.

III. Exploratory Testing can help you Improve your Regression Testing.

Why not use the chance to advance your boundaries with certain exploratory testing if you’re running the same tests regularly from the same checklist you already know intimately? Our team frequently incorporates Dr. James A. Whittaker’s Exploratory Testing Trips into the regression testing process to make it much more engaging and effective. This technique will not only make things interesting a little, but it will also allow your team to look at these test cases from a different point of view, going further than the limits of the checklist. Such steps can sometimes assist in the improvement of lengthy test cases and the effective detection of problems with expected results in both the checklists and the program under the test. By including exploratory testing into your regression testing process, you may prevent your testing team from becoming stuck in a track of repeating the same, lengthy daily tests.

IV. Bring in New People to help with the Project

At TestDel, we frequently have new personnel joining our projects for onboarding. They learn about the features of the product being tested, the technology we utilize on the assignment, and our processes. This is a wonderful chance for us to include them in the regression testing process. The checklists and the software we’re testing are being seen for the first time by such new staff. They also have a series of doubts to answer. This is fantastic for the project! Assisting your new testers in finding answers provides an exceptional possibility to spot mistakes and inefficiencies in your checklists that you might have missed due to monotonous repeating over the long-term project. New employees can assist you in identifying a test that is no longer valid on the checklist. As an example, suppose the functionality was changed but the test was not.

They can also assist you in identifying excessively complex test cases—those that generate too many explanatory queries and could utilize some simplification. Finally, throughout the testing, fresh engineers on the project might uncover additional cases, giving you the critical data to add to your checklist. The same is true for finding flaws that haven’t been discovered using existing test cases.

Conclusion

The above-listed techniques are complete and comprehensive, so you could use them to maintain your regression testing routine at its highest level of efficiency, and these simple tricks sure do work tremendously for your software testing teams.

Software testing engineers constantly follow the rules, procedures, and logic that assure the highest quality results, whether they’re testing or updating documentation. But that doesn’t mean you can’t be creative with your processes to make them less monotonous.

TestDel expert Quality Assurance team is dedicated to streamlining the deployment process. We’ve helped many customers spanning diverse industries for preparing and executing regression tests. Contact us to find out more.

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Different Types of Security Testing

Security has become an essential component of our lives for a variety of obvious and undisclosed reasons. We can protect ourselves by using security testing fundamentals. Our resources, as well as all the things that are required for survival, must be safeguarded.

We participate in the development of applications that we use on a regular basis. Every digital component receives data from us. Any data we supply is the most useful information anybody can have in today’s technologically developing environment. Because information or data is so important, those who wish to use it are in high demand.

Software users are increasingly worried about the security of the information they keep online. At the end of the day, there’s a good chance that someone will try to steal it. As a result, cybersecurity has become an important requirement for organizations that value their image and enhance customer trust.

1. What is Security Testing

One of the various types of software testing is security testing. It allows for the validation of security across all levels of software as well as the detection of system bugs. When making large changes to systems or deploying new apps into a live production environment, software security tests are essential. Integrating security testing into the product development lifecycle is exceptionally vital, as is retesting the product on a regular basis.

2. Why Security Testing is Important

Security testing is still an important aspect of the application testing process. The testing procedure contributes to the enhancement of reliability and functionality. The goal of performing Security Testing on any program is to ensure that it is reliable and robust. It is critical for those working in the app development industry to produce a solid product. Because it poses no security risks, a dependable application is needed.

3. What are the Different Types of Security Testing

Every app should go through the testing procedure because it aids in the detection of security flaws. Different forms of security testing are used to test every component of the program. The testing procedure varies by application.

The seven different forms of security testing are listed below.

Vulnerability Scanning

Security Scanning

Penetration Testing

Risk Assessment

Security Auditing

Ethical Hacking

Posture Testing

3.1. Vulnerability Scanning

This sort of security testing comprises the use of automated tools to discover system bugs. Vulnerability scanners check at web apps from the outside in order to detect cross-site scripting (XSS), SQL injections, command injections, and unsecured server settings, among other things. The disadvantage of vulnerability scanning is that it can trigger a system crash if it mistakenly believes it’s doing something inappropriate.

3.2. Security Scanning

The goal of security scanning is to determine the system’s overall security level by identifying weak spots and defects. The security scan must be more difficult the more complex the system or network is. It can be done once, but most software development businesses prefer to scan for vulnerabilities on a routine basis.

3.3. Penetration Testing

Pentesting is the act of simulating a cyberattack in order to find vulnerable flaws. Application penetration testing, which looks for technical flaws, and infrastructure penetration testing, which looks at servers, firewalls, as well as other hardware, are the two most frequent types of penetration testing.

3.4. Risk Assessment

The process of identifying and implementing critical security measures in software is known as a security risk assessment. It also emphasizes the avoidance of security flaws and vulnerabilities. Organizations can use a complete security assessment to establish risk levels for systems, servers, apps, and other devices, assess their criticality in terms of business operations and implement preventive policies based on the evaluation results.

3.5. Security Auditing

The practice of testing and evaluating the security of a company’s information system is known as security auditing. A security audit can be used to check the effectiveness of a company’s security plan, detect malicious software, and certify compliance with the laws.

3.6. Ethical Hacking

The process of breaking into a system to uncover vulnerabilities before a harmful attacker can find and exploit them is known as “ethical hacking.” Ethical hackers may utilize the very same tactics and tools as cybercriminals, but only with the authorization of the authorized person; they must also notify management of any vulnerabilities discovered throughout the process.

3.7. Posture Testing

When it comes to cybersecurity, a cybersecurity posture reveals how robust the data security environment is and how well the company can protect itself against cyberattacks. The purpose of posture testing is to get a broad picture of an organization’s security posture, identify any gaps, and determine what activities need to be undertaken to enhance it.

Conclusion

Aside from all of the aforementioned methods of security testing and comprehending the significance of security testing. There is no such thing as a one-size-fits-all solution to software security, apart from regular testing. Use this chance to show your consumers that data security is a top priority for the business.

TestDel combines innovative approaches with experienced staff capable of evaluating the security of online applications, web services, and mobile apps using the most up-to-date technologies and procedures. We do not compromise when it comes to the safety of sensitive data and the fact that Security is responsible for the integrity, and trust of customers. On our website, you may learn more about why every business needs security testing.

TestDel combines innovative approaches based on OWASP (Open Online Application Security Project) guidelines with an experienced staff capable of assessing the security of web applications, web services, and mobile apps using the most up-to-date technologies and techniques.

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How QA Outsourcing Helps in Testing Gaming Apps

Gamers are as straightforward about their comments on games, as game developers are about what they produce. Whether you like it or not, the number of downloads from the AppStore and Google Play are mostly determined by user ratings. They may appreciate games that are well-functioning, smooth, and highly participatory, but their criticism of buggy games is broadcast to millions of potential consumers. By providing industry-specific experience and a user viewpoint to the bug hunting process, game testers help develop gaming apps closer to what users want.

Game developers and designers may be under pressure to deliver a high-quality final product. Any bug, fault, or functionality fault might have a negative impact on the user’s entire experience. In this case, you can enlist the services of an external QA team, which consists of expert video game testers who can assist you in delivering a high-quality product.

In this post, we’ll go over the basics of game testing, create a game testing guideline, and go over the top five reasons why independent game testing may help you beat the competitors in the gaming industry.

1. Important Aspects of Gaming App Testing

Game production has become an incredibly profitable and competitive profession, with only faultless products managing to keep gamers, due to increased diversity in games and the need for a fantastic gaming experience. When it comes to quality, many factors are widely regarded as the most crucial factors in determining whether or not a mobile game is a success:

CHECKLIST FOR APPLICATION TESTING IN GAMING

UI and Functionality

Usability and Gaming Experience

Graphics Performance

Security

Multiplayer Features

Device Compatibility

1.1. UI and Functionality

One of the most difficult aspects of game creation is the user interface. With so many different screens, the user interface designs and components, menu hierarchy and functionality, as well as screen alignment and resolution, must all be carefully considered. It’s never easy for a game tester to assess and comprehend “harmony” between the user interface and the graphics.

On the other side, testing game functionality clearly signifies that all playing styles, character attributes, and features are present. A high-quality game also means that there are no save malfunctions, missing sound effects, or problems with in-game purchasing that might generate frustration and negative feedback.

TestDel ensures that games meet the client’s expectations through our functional testing services. We identify issues like crashes, mistakes, and freezes and assist in the delivery of high-quality games. If you are searching for a dedicated QA games tester, you can totally rely on the knowledge of our specialists and outsource testing to TestDel without a second thought.

1.2. Performance

One of the most important indicators of game quality is performance. Game performance testing ensures that key requirements are met. Without strong performance, a fantastic user experience is unavoidable in mobile gaming. Graphics performance must be up to par and stable across devices in order to achieve this. Before they can be released, gaming apps must undergo extensive performance testing. The type of performance testing required is determined by the game’s type, aesthetics, gameplay, multiplayer functionality, and other factors.

TestDel engineer  identify issue areas as part of our services and assist in improving game pace. As a result, TestDel able to give suggestion for your extended loading times, which typically result in user loss, and, thus helps in increasing the number of users too.

1.3. Security

Game creation requires maintaining game authenticity, safeguarding gamer resources, and safeguarding in-game transactions. Mods, piracy, hackers, and cheaters may all be combated with adequate security measures. It’s especially crucial because gaming apps rely on a number of third-party features like adverts and payment gateways, which can be a convenient entry point for hackers.

1.4. Usability and Gaming Experience

Usability is an important aspect of game creation that focuses on increasing the gamer’s productivity, efficiency, and satisfaction. Concentration and involvement are essential components of gaming app enjoyment, and both are reliant on usability. Usability testing evaluates the game design’s responsiveness as well as the emotional reaction it generates in potential customers. It offers unique insights into the end-user journey, assists in testing game quality, and identifies places where the gaming experience falls short of the design purpose.

1.5. Compatibility

Modern devices differ not only in terms of the software they use, but also in terms of resolutions, drivers, engines, and other factors. As a result, compatibility testing is critical for games across all platforms. The three key considerations that influence a game’s progress when it comes to compatibility with various devices are:

Performance – because a game’s behavior can vary from device to device.

Graphics – because screen sizes vary between devices, colors may appear differently on different displays.

The game’s influence on device performance can have an impact on the gaming experience.

Gaming apps that don’t work with the majority of devices and operating systems put the studio’s identity at threat. To get the highest level of compatibility, physical, real-world devices must be used for testing. For the best user experience, TestDel testers ensure that the game runs fluidly across devices and platforms.

1.6. Multiplayer Features

Multiplayer features enable gaming apps to connect users over the World wide web and create a long-term network of devoted followers who like playing together. Incorporating online multiplayer to a game, on the other hand, is time-consuming, expensive, and not necessarily the most enjoyable experience a developer can have. Similarly, testing multiplayer skills is significantly more difficult.

2. How Outsourcing QA Testing Helps in the Production of Bugless Games

The importance of a well-functioning, seamless, and highly interactive game cannot be overstated. With such a demanding consumer base, game development teams cannot afford to make mistakes. Outsource QA testing can act as a safety net, reducing time-to-market and assisting in the preparation of the game for success in all languages and markets. Let’s look at some of the reasons why outsource QA testing can help with game production, development, and cost reduction:

Game QA engineers with extensive experience in the end-to-end gaming environment spanning platforms, as well as test automation.

Testing from the standpoint of a gamer to determine the “pleasure factor” and ensure that the gameplay is proportional and engaging.

There is no need to maintain test environments or equipment because an independent testing service provider would bring a big laboratory of genuine devices to do thorough compatibility testing;

Management of resources is no longer an issue. While the customer concentrates on product development and commercial goals, QA Project Managers handle all aspects of testing management.

4. Conclusion

In order to provide a fantastic user experience and a bug-free game to the client or audience, Independent QA company plays an important aspect in  game testing . Companies with limited funds and no in-house video game tester staff may benefit from outsourcing partners. TestDel Professional engineer ensure that your games gets deliver on time with, cost savings, and a reduction in getting production bugs .

TestDel has grown to assist game developers of all sizes in their success by providing efficient QA services. We meet customer expectations by providing services that are adaptable, scalable, and dependable. We offer game validation services that cover the complete game development process from idea to deployment. Our trained staff of game testers assures that you get a high-quality end-product. TestDel team provides end-to-end game testing services and has successfully benefited studios in improving their customers’ gaming experiences by ensuring optimum efficient and effective implementation of their products.