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Tips For Using QA Tools

Use a tool that fits your needs: Don’t try to use a tool for everything. 

Choose a tool that’s designed for the type of testing you’re doing.
For example, if you’re load testing a web application, use JMeter.
If you’re testing a mobile app, use Appium.
 

Get familiar with the tool. 

Before you start using a tool, take some time to learn how it works.
Most tools have documentation that can help you get started.
You can also find tutorials and how-tos online.

Follow best practices. 

When you’re using a tool, make sure to follow best practices.
For example, when you’re writing tests, use a consistent naming convention.
When you’re running tests, use a tool that’s designed for the type of testing you’re doing.
 

Automate your tests. If you can automate your tests, do it. 

Automated tests are faster and more reliable than manual tests.
They’re also easier to maintain.
 

Use a crowdsource testing service. 

Crowdsource testing services like Testpoint.com and we-test.com can be a great way to supplement your in-house testing.
They provide access to a large pool of testers, which can be helpful for testing complex applications.
 

Use a tool that integrates with your development process. 

Choose a tool that integrates with your development process.
For example, if you’re using Jenkins, choose a tool that has a Jenkins plugin.
If you’re using GitHub, choose a tool that integrates with GitHub.
 

Get feedback from your team. 

Get feedback from your team about the tool you’re using.
They may have suggestions for how to use it better or suggestions for alternative tools.
 

Use multiple tools. 

Don’t rely on just one tool.
Use multiple tools to get the most comprehensive view of your application.
 

Use open-source tools. 

Open-source tools are often just as good as commercial tools.
They’re also usually free.
 

Keep your tools up to date. 

Make sure you’re using the latest version of the tool.
New versions often include bug fixes and new features.
 

Use the tools that your team is already familiar with. 

 

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Which Tool Best Fit Which Development Life Cycle Stage

Planning and designing stages naturally do not have any tangible software so most technical tools are irrelevant.


Yet, in many planning and designing stages an experienced product manager turns to users or crowdsourced software testing services for surveys or A/B testing to check the concept/feature that they want to develop, thus, increasing the chances of success of the planned development.


Turning to the crowd at early concept stages leads to insights and inputs that can validate the planned design or entirely change the design scope.


Coding and testing stages produce tangible software to be tested for manual and automated tests, therefore tools like Appium, robotium, Calabash, Ranorex, Soapui, Jmeter, Watir and selenium become effective on top of manual testing done by QA testers.


Deploying stage is when you go live, either to production or to a stage environment before launch, normally you are limited in the information you gather or use on your production environment since it involves real user operations and privacy, in addition , those active tools that generates ‘fake’ operations distorts production data and can impact the production environment performance.


Therefore, best practice on the deployment stage is the use of passive tools (rather than active like automation) that gather and monitor information, monitoring tools rely mainly on logs and can trigger alerts and trend use of the users.


Latest trend is the use of Elastic as a base for those monitoring tools.
One active tool is highly used and highly needed in the deploying stage and it is the Crowd testing one.


Using crowd testing in stage and production environments is popular since it leads to issues that real users will encounter in their real surroundings using their real devices with real user behavior flows which can differ from the testing scenarios conducted while the software was in its previous development stages.
Cannot stress enough how insightful and crucial it is for your business to know what your users really encounter.
Experience shows that many bugs, performance, and non-working main business features are detected at this stage.


Inhouse example, lately a customer launched a crowd testing test cycle In more than 80 countries with hundreds of crowd testers and mobile devices with the main intent to know and review their real users performance.


As a side effect several testers from different countries reported that the requested application is not available in the store for their devices to download.


Once reported to the customer, that report solved a ‘mystery’ of declining business trends in some countries that the customer tried to understand for several months…. They fixed the issue immediately and resulted in immediate inclining application downloads and increased revenues.

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QA Tools – Best Use In The Software Development Life Cycle.

A software development life cycle is a process that software engineers use to plan, create, test, and deploy software applications.
There are many different types of software development life cycles, waterfall, agile or continuous, they all share some common stages which roughly include planning, designing, coding, testing, and deploying.
 
The planning stage is where the software engineer decides what the software application will do and how it will do it.
This is also the stage where the engineer decides which programming language to use and which tools and libraries to use.
The design stage is where the software engineer creates the software application’s structure and user interface.
This is also the stage where the engineer decides how the software will be tested.
 
The coding stage is where the software engineer writes the code for the software application.
This is also the stage where the engineer decides which software development methodology to use.
 
The testing stage is where the software engineer tests the software application to ensure that it works as intended.
This is also the stage where the engineer decides which software testing tools to use.
 
The deploying stage is where the software engineer makes the software application available to users.
This is also the stage where the engineer decides how the software will be distributed.

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Crowdtesting online – Pros and Cons

 

The software testing and crowdtesting markets in numbers.

The software testing market is growing rapidly as more and more organizations recognize the importance of quality assurance. 

To put it in numbers, the global software testing market is expected to reach $50 billion by 2022, up from $32 billion in 2017, according to MarketsandMarkets.

Crowdtesting is a rapidly growing market with immense potential. 

The global crowdtesting market was valued at USD 700 million in 2018 and is expected to reach USD 4.72 billion by 2025, growing at a CAGR (Compound annual growth rate) of 32.1% during the forecast period (2019-2025). 

The growing need for quality assurance and the rising demand for agile and DevOps practices are the major factors driving the growth of the crowdtesting market. 

In addition, the increasing adoption of cloud-based crowdtesting solutions and services and the growing trend of digital transformation are further fueling the market growth. 

However, the lack of awareness about crowdtesting among SMEs and the concerns regarding data security are restraining the market growth. The cloud-based segment is expected to grow at the highest CAGR during the forecast period. 

Cloud-based crowdtesting solutions and services offer several advantages, such as pay-as-you-go pricing model, scalability, and flexibility, which are fueling their adoption among enterprises. 

The North American region is expected to hold the largest market share during the forecast period. 

The region has been at the forefront of the adoption of new and emerging technologies. 

What is crowdtesting?

As the world becomes more and more digital, the need for comprehensive testing of digital products increases. 

Unfortunately, traditional testing methods are not always able to keep up with the pace of development.

This is where crowdtesting comes in. 

Crowdtesting is a type of testing that uses a large number of testers from all over the world to test a product in a short amount of time. 

This is an ideal method for testing digital products because it can simulate real-world usage and find bugs that may have otherwise gone undetected.

There are a number of advantages to crowd testing. 

First, it can provide a more realistic assessment of how a product will be used in the real world. 

This is because crowd testers are more likely to use the product in a variety of different ways, and in a variety of different settings. 

This can help to identify potential problems that may not be apparent in more controlled testing environments. 

Second, crowd testing can be a more cost-effective way to test an application

This is because a larger number of people can be recruited to participate in the testing process, and the testing can be conducted over a shorter period of time. Finally, crowd testing can help to build a community around a product or application. This can be beneficial for both the developers and the users of the product.

Crowd testing can help to create a sense of ownership and involvement in the development process and can also help to generate feedback that can be used to improve the product. 

Despite the advantages of crowd testing, there are also some potential drawbacks. First, the large number of people involved in the testing process can make it difficult to maintain control over the testing environment. 

This can lead to problems such as false positives (where a problem is reported that does not actually exist) and false negatives (where a problem is not reported that does exist).

Second, crowd testers may not be representative of the target audience for the product. 

This can lead to problems if the product is intended for use by a specific group of people but is tested by a group that does not share the same characteristics. 

Third, crowd testing can be a time-consuming process. 

This is because a large number of people need to be recruited and coordinated, and the testing itself can take a significant amount of time. 

Despite these potential drawbacks, crowd testing can be a valuable tool for testing products and applications. 

When used correctly, it can provide insights that would not be possible to obtain through traditional testing methods.

Why is crowdtesting so important to my project?

When it comes to launching a new product or website, it’s important to make sure that everything works perfectly before making it available to the public. 

That’s where crowd testing comes in. 

Crowd testing is a type of testing that involves using a group of people (the “crowd”) to test a product or service. 

This can be done in person or online, and it’s often used to find bugs or errors that may not be obvious to the developers. 

There are a number of reasons why crowd testing is so important: 

It allows you to test on a larger scale. 

When you’re testing something yourself, or even with a small team of testers, it’s easy to miss things. 

But when you open up testing to a larger group of people, you’re more likely to find any errors or bugs that may exist.

It gives you real-world feedback. 

Crowd testers are typically ordinary people who will use your product or service in the same way that your target audience will. 

This gives you valuable feedback that you can use to improve your product or service.

It can save you time and money. 

If you launch a product or website without testing it properly, you’re likely to run into problems down the line. 

This can cost you time and money as you try to fix things that should have been caught before launch.

It can help build buzz. 

Crowd testing can also be a great way to generate buzz for your product or service. 

When people see that you’re taking the time to test things properly, they’re more likely to have confidence in your product and tell their friends about it.

How is online crowdtesting better?

Quick Feedback


When you launch a product, you want to know as soon as possible if there are any issues with it. 

With traditional testing methods, it can take weeks or even months to get feedback. 

With online crowdtesting, you can get feedback in a matter of days or even hours.

Cost-effective


online Crowdtesting is a very cost-effective
way to test a product. 

You don’t need to hire a large team of testers, or even pay for their travel and accommodation. 

All you need is a group of people who are willing to test your product.

Real-world conditions


When you test a product in the real world, you are more likely to find problems that you would never have thought of. This is because people use products in different ways and in different conditions. 

By testing in the real world, you can find problems that you would never have thought of.

Large coverage


With traditional testing methods, it can be difficult to test a product thoroughly. 

This is because you can only test in a limited number of environments and with a limited number of people. 

With online crowdtesting, you can test with a large number of people in a variety of different environments. 

This means that you are much more likely to find all the problems with a product.

Access to new markets


When you launch a product in a new market, it is important to test it thoroughly. 

With traditional testing methods, it can be difficult to get access to people in the new market. With online crowdtesting, you can reach people in the new market very easily. Overall, online crowdtesting is a very efficient and cost-effective way to test a product. It is quick, thorough, and provides you with access to new markets.

How so I set the test and scope to my testers? 

Define your goals. 

Before you start crowd testing, it’s important to define your goals. What do you want to achieve? What problems do you want to solve? Answering these questions will help you determine the best approach for your crowd testing initiative.

Select the right platform.

There are several crowd testing platforms to choose from, so it’s important to select the one that’s right for your needs. 

Consider factors such as availability, set up, test launch and response time, price, features, and the size and location of the crowd.

Exploratory VS clear and concise test cases. 

Exploratory testing (free testing without a test plan) can be highly valuable and insightful when testing with the crowd since they will go intuitively go through the flow as your real users will, thus, finding most important flows and issues that your users will surely encounter. 

If you are focus on specific flows and scenario’s such as onboarding, new feature, reproduce a bug, etc…. then a Clear and concise test cases are essential for a successful crowd testing initiative. 

Be sure to include all the necessary information, such as steps to go through and their respective expected result.

Manage your crowd. 

Once you’ve launched your crowd testing initiative, it’s important to manage the crowd. This includes monitoring progress, providing feedback, and answering questions.

Analyze the results. 

After the testing is complete, it’s time to analyze the results. 

This includes reviewing the test cases, analyzing the data, and identifying any issues. mobile app testiong, like ios app testing or android application testing can be a valuable addition to your software testing strategy. By following these tips, you can ensure a successful crowd testing initiative.

Pros and cons of online crowdtesting

There are many advantages and disadvantages of using online crowdtesting platforms. On one hand, online crowdtesting can be a great way to get feedback on your product or website from a large number of people in a short amount of time. 

This can be especially useful for beta testing or for gathering user feedback during the development process. On the other hand, online crowdtesting can also be a source of inaccurate or biased feedback, since the testers are not always representative of your target audience. 

In addition, online crowdtesting platforms can be expensive and may not always be available when you need them. 

Pros of Online Crowdtesting: 

-Can provide valuable feedback from a large number of people in a short amount of time 

-Can be a cost-effective way to beta test or gather user feedback during development -Can help you identify user experience issues early on 

Cons of Online Crowdtesting:

-Feedback may be inaccurate or biased 

-Platforms can be expensive 

-May not always be available when you need them

– It can be more difficult to reproduce results and to find and fix bugs. 

 – Crowdtesting also requires more coordination than other types of testing, and it can   be more expensive. 

Crowd testing without limitations…

Now crowd testing had become accessible to all companies and ventures, even for small entrepreneurs at their earliest ‘garage’ stage.

Testpoint had made it easy, fast, accurate, and cost-effective for all.

  • Reduced friction and substantial time by offering an easy-to-use crowd testing project submission via the Testpoint site.

Test projects can be launched at any time, anywhere, and on every platform independently by the customer

  • it’s a race to the top. 

Testpoint crowd QA and testers are screened and rated, first by Testpoint community managers and dynamically in active projects by customers.

  • per initiated project, Testpoint always selects to Top rated ones available.
  • Cost-effective and affordable.
  • Testers inputs starts within hours from project initiation.
  • Test project can be completed within a day….
  • Easy to manage, communicate and control testers inputs via a dedicated customer dashboard per project…
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10 Best QA Tools + Tips On How To Use Them

Bugfender

Bugfender is a remote logging tool that helps you track down bugs in your mobile apps.
It works by sending logs from your devices to the Bugfender servers.
 You can then use the web-based console to search and filter the logs.
 Bugfender is especially useful for tracking down bugs that only occur on certain devices or in certain conditions. It’s also great for seeing how users are interacting with your app.
Crowdtesting with Bugfender is an effective way to collect feedback about bugs and crashes in mobile apps.
By using Bugfender, developers can improve the quality of their apps before they are released to the public.

TestFairy

TestFairy is another mobile app testing tool.
It works by recording a video of each test session.
This is useful for seeing exactly what a user does when they encounter a bug. TestFairy also provides a range of other features, such as crash reporting, performance monitoring, and beta distribution.
TestFairy can assist in getting deeper insights when crowd testing.
When added, as crowd testers use your app, you will be able to see their actions in the TestFairy dashboard.
You can also see how long they spend on each screen, and what devices they are using.

Appium

Appium is an open-source tool for automating mobile app testing.
It can be used for iOS and Android apps.
Appium allows you to write tests in a wide range of programming languages, including Java, Ruby, and Python.

Robotium

Robotium is another open-source tool for automating Android app testing.
It’s easy to use and doesn’t require any programming knowledge.
Robotium can be used to create both functional and regression tests.

Calabash

Calabash is an open-source tool for automating mobile app testing on iOS and Android.
It uses cucumber to write tests in a natural language.
Calabash also supports a wide range of devices and can be used to create both functional and regression tests.

Ranorex

Ranorex is a commercial tool for automating web and desktop application testing. It supports a wide range of technologies, including .NET, Java, Delphi, and SAP. Ranorex can be used to create both functional and regression tests.

SoapUI

SoapUI is a tool for testing web services. It can be used to test SOAP and RESTful web services. SoapUI also supports a wide range of other technologies, such as JMS, JDBC, and Amazon S3.

JMeter

JMeter is a tool for load testing and performance testing.
It can be used to test web applications, databases, and web services. JMeter also supports a wide range of other technologies, such as LDAP, SMTP, and POP3.

Selenium

Selenium is a tool for automating web application testing.
It can be used to test web applications on a wide range of browsers, including Firefox, Chrome, and IE. Selenium can also be used to create both functional and regression tests.

Watir

Watir is an open-source tool for automating web application testing.
It can be used to test web applications on a wide range of browsers, including Firefox, Chrome, and IE.
Watir can also be used to create both functional and regression tests.

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Qualitative vs. Quantitative User Research: Everything You Need To Know

To succeed and improve it is important to understand the difference between qualitative and quantitative user research and when to use each.

Qualitative research is used to understand users’ motivations, opinions, and attitudes.

Quantitative research is used to measure how many people feel a certain way, how often they perform certain tasks, or how long it takes them to complete certain tasks. Qualitative research is generally more exploratory and open-ended than quantitative research.

It is used to generate hypotheses and help define research questions.

Qualitative research is often used at the beginning of a project before any quantitative research is conducted.

Quantitative research is used to test hypotheses and gather data that can be analyzed statistically.

Quantitative research is generally more structured and focused than qualitative research.

It is used to answer specific research questions and to test hypotheses that were generated from qualitative research.

User research can be conducted using either qualitative or quantitative methods, or a combination of both.

The choice of method depends on the research goals, the type of data needed, and the resources available.

Qualitative methods

Qualitative methods are used to generate an in-depth understanding of users’ thoughts, feelings, and behaviors.

Qualitative methods are often used to explore new areas, to generate hypotheses, and to define research questions.

Qualitative methods include Interviews, Focus groups, Observations, Diary studies, Ethnographic studies Interviews.

Interviews

Interviews are a type of qualitative research that involves asking questions to gather information from users.

Interviews can be conducted in person, over the phone, or via video chat.

When conducting interviews, it is important to ensure that the questions are open-ended, and that the interviewer does not lead the interviewee.

The interviewer should also avoid asking questions that can be answered with a yes or no.

Focus groups

Focus groups Focus groups are a type of qualitative research that involves bringing a group of people together to discuss a topic.

Focus groups are typically conducted in person but can also be conducted over the phone or via video chat.

When conducting a focus group, it is important to ensure that the moderator does not lead the discussion.

The moderator should also avoid asking questions that can be answered with a yes or no.

Observations

Observations are a type of qualitative research that involve observing users in their natural environment.

Observations can be conducted in person, or they can be conducted remotely using video recordings.

When conducting observations, it is important to ensure that the observer does not interact with the users being observed.

The observer should also take detailed notes, including nonverbal cues.

Diary studies

Diary studies are a type of qualitative research that involve asking users to keep a diary of their thoughts, feelings, and behaviors over a period of time.

Diary studies can be used to understand users’ long-term behavior and to identify trends.

When conducting a diary study, it is important to ensure that the questions are open-ended and that the diary entries are detailed.

The researcher should also provide clear instructions for how often the diary should be completed.

Ethnographic studies

Ethnographic studies are a type of qualitative research that involve living with and observing a group of people over an extended period.

Ethnographic studies are typically conducted in person but can also be conducted remotely using video recordings.

When conducting an ethnographic study, it is important to ensure that the researcher does not interact with the people being studied.

The researcher should also take detailed notes, including nonverbal cues.

Quantitative methods

Quantitative methods are used to gather data that can be analyzed statistically. Quantitative methods are often used to test hypotheses and to answer specific research questions.

Quantitative methods include Surveys, Usability testing, A/B testing, Surveys.

Surveys

Surveys are a type of quantitative research that involve asking questions to a large number of people.

Surveys can be conducted in person, over the phone, or online. When conducting a survey, it is important to ensure that the questions are clear and that the responses can be quantified.

The researcher should also avoid asking leading questions.

Usability testing

Usability testing is a type of quantitative research that involves observing how users interact with a product or service.

Usability testing can be conducted in person, or it can be conducted remotely using video recordings.

When conducting usability testing, it is important to ensure that the tasks are representative of how the product or service will be used in the real world.

The researcher should also take detailed notes, including any problems that users encounter.

A/B testing

A/B testing is a type of quantitative research that involves comparing two or more versions of a product or service to see which one is more effective.

A/B testing can be conducted online or offline.

When conducting A/B testing, it is important to ensure that the different versions are tested on a representative sample of users.

The researcher should also measure a variety of outcomes, such as task completion time, error rate, and satisfaction.

Qualitative vs. Quantitative -Which method is best?

There is no “best” method for conducting user research.

The choice of method depends on the research goals, the type of data needed, and the resources available.

Qualitative methods are best for exploring new areas, generating hypotheses, and defining research questions.

Quantitative methods are best for testing hypotheses and answering specific research questions.

User research should be conducted using a combination of qualitative and quantitative methods.

Qualitative methods should be used to generate an in-depth understanding of users’ thoughts, feelings, and behaviors.

Quantitative methods should be used to gather data that can be analyzed statistically.

Qualitative method success stories

‘Procter & Gamble’ success story

In 1993, Procter & Gamble was the leading soap manufacturer in the world, with a 37 percent share of the global market.

The company’s mainstay product was a white, laundry-type soap sold under the brand name Ivory.

In the early 1990s, however, Ivory’s share of the U.S. soap market had slipped to about 20 percent, and P&G was under pressure to find a way to increase sales.

P&G decided to use a qualitative research method called “in-depth interviews” to try to understand why Ivory was losing market share.

In-depth interviews are a type of interview in which the researcher asks open-ended questions and probes for detailed responses.

P&G conducted in-depth interviews with 100 Ivory users and 100 non-users.

The interviews revealed that Ivory users felt the soap was “old-fashioned” and “unsophisticated.”

Non-users said they would never use Ivory because it was “for old people” and “for people who don’t care about their appearance.”

Based on these findings, P&G concluded that it needed to reposition Ivory as a soap for people who are concerned about their image.

P&G launched a new advertising campaign for Ivory that featured young, attractive people using the soap.

The campaign was a success, and Ivory’s sales began to increase.

In 1994, Ivory’s share of the U.S. soap market had risen to 24 percent, and by 1997 it had reached 30 percent.

‘In-N-Out Burger’ success story

In-N-Out Burger is an American regional chain of fast food restaurants with locations primarily in the American Southwest and Pacific coast.

It was founded in 1948 in Baldwin Park, California, by Harry Snyder and his wife Esther Snyder.

The chain is currently headquartered in Irvine, California and has expanded to include 303 locations.

In-N-Out Burger has been recognized by several publications as one of the best fast food chains in the United States.

The company has a simple menu with all items made to order, and it is one of the few fast food chains that still uses paper wrappers and cups.

In-N-Out Burger is one of the most successful fast food chains in the United States, and it has been attributed to the company’s use of a qualitative research method known as the focus group.

In the early days of the company, Harry Snyder conducted focus groups with customers in order to get feedback about the food and the service.

He would then use this feedback to improve the business.

The focus group method allowed In-N-Out Burger to quickly adapt to the needs of its customers and make changes that other fast food chains were not able to make.

As a result, In-N-Out Burger has been able to maintain a loyal customer base and grow steadily over the past few decades.

Quantitative method success stories

‘ABC’ success story

In recent years, international companies have been conducting more and more surveys in an attempt to better understand their customers’ needs and wants.

One such company is ABC Corporation, which sells a variety of products and services worldwide.

Recently, ABC Corporation conducted a survey that led to a major increase in sales. The survey was conducted online and asked customers a variety of questions about their shopping habits, what they look for in a company, and what sorts of things would make them more likely to purchase a product or service.

The results of the survey were very insightful and led to a number of changes at ABC Corporation, including a significant increase in sales.

Some of the key findings from the survey included that customers want: -A wide variety of products and services to choose from

-Competitive prices

-A user-friendly website

-Excellent customer service

As a result of the survey, ABC Corporation made a number of changes to its business in order to better meet the needs of its customers.

The company expanded its product offerings, lowered its prices, improved its website, and enhanced its customer service.

These changes had a major impact on sales, and ABC Corporation saw a significant increase in revenue as a result.

The survey conducted by ABC Corporation is just one example of how powerful customer feedback can be.

By taking the time to understand the needs and wants of its customers, ABC Corporation was able to make a number of changes that led to a significant increase in sales.

International companies that are looking to boost their sales should definitely consider conducting a survey in order to gain valuable insights into their customers’ minds.

‘Quattro’ success story

In the early 2000s, a small company called Quattro Wireless was founded with a mission to change the way mobile advertising was done.

The company’s flagship product was a mobile advertising platform that used a quantitative approach to help advertisers reach their target audiences more effectively.

Quattro Wireless was acquired by Apple in 2010 for $275 million.

The company’s technology was a key component in the creation of Apple’s iAd platform, which is now the largest mobile advertising platform in the world.

‘Quattro Wireless’ success story is a testament to the power of quantitative methods in the world of advertising.

The company’s approach helped it to achieve massive success in a short amount of time, and its technology is now helping to drive the mobile advertising industry forward.

Qualitative and Quantitative with crowd testing

Crowd testing is a type of testing in which testers are recruited from a pool of potential testers who meet certain criteria, and who are then given access to a software application to test its functionality.

Crowd testing can be used to supplement or replace traditional testing methods, and can be used to test applications of all types, including web applications, mobile apps, and desktop applications.

There are two main types of crowd testing: qualitative and quantitative.

Qualitative crowd testing is typically used to gather feedback about the user experience of an application, and to identify any issues that users may have with it.

Quantitative crowd testing is typically used to gather data about the performance of an application, and to identify any issues that may impact its performance.

Qualitative crowd testing is typically conducted by recruiting a group of testers who meet certain criteria, and who are then given access to the software application to test.

testers are asked to provide feedback about their experience using the application and to identify any issues they may have encountered.

Qualitative crowd testing can be used to supplement or replace traditional usability testing methods.

Quantitative crowd testing is typically conducted by recruiting a group of testers who meet certain criteria, and who are then given access to the software application to test.

Testers are asked to provide data about the performance of the application and to identify any issues that may impact its performance.

Quantitative crowd testing can be used to supplement or replace traditional performance testing methods.

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Application testing online

What is app testing?

App testing is a process of executing a program or system with the intent of finding errors. It is also done to verify that the software meets the requirements that were specified at the time that the software was designed.
Testing is an essential part of the software development process.
It helps to ensure that the software is of high quality and is able to meet the needs of the users.

What kind of app tests are there?

There are many types of app tests, the main ones include functional tests, regression tests, load, security and usability tests.

Functional tests

Assess the features and functionality of an application to ensure they are working as expected. Functional tests are usually conducted by testers with a deep understanding of the application under test. For example, in a web application testing ‘register’ option via mail functionality for the first time.

Regression tests

Similar to functional tests but seeks to ensure that the existing software features remain intact from the new added code and development, thus the word ‘regression’. For example, in a web application testing the ‘register’ option via mail functionality is still working after adding a ‘google’ login option.

Load tests

A type of testing that is used to assess the performance of a software application under load. Load testing is usually conducted by simulating multiple users accessing the application at the same time. Load testing can be used to identify performance bottlenecks and assess the scalability of an application. For example, in a web application testing the expected peak number of users conducting a login.

Security testing

A type of testing that is used to assess the security of a software application and identify potential security risks. Security testing is usually conducted by ethical hackers who attempt to find vulnerabilities in an application that could be exploited by malicious attackers. For example, in a web application testing how the site stands and remain responsive while attacked by a load of ‘fake’ requests.

Usability testing

A type of testing that is used to assess the usability of a software application and identify potential usability issues. Usability testing is usually conducted by real users who attempt to use the application to complete tasks. For example, in a web application testing if the user onboarding flow is clear, easy and user friendly.

Unit testing, integration testing, system testing and regression testing

Unit testing focuses on testing individual units of code, such as methods or classes. Integration testing verifies that different units of code work together correctly.
System testing is a type of black-box testing that evaluates the software as a whole.

Assess the features and functionality of an application to ensure they are working as expected.
Functional tests are usually conducted by testers with a deep understanding of the application under test.

For example, in a web application testing ‘register’ option via mail functionality for the first time.

Regression tests are similar to the above functional tests but seeks to ensure that the existing software features remained intact from the new added code and development, thus the word ‘regression’.

For example, in a web application testing that the current mail and password registration and login option is still working after adding single sign on options like google and Facebook.

Performance, scalability, load, security, and usability testing

Performance testing assesses how the software performs under different conditions.
Scalability testing checks if the software can still work correctly when handling a large amount of data.

Load testing is used to assess the performance of a software application under load.
Load testing is usually conducted by simulating multiple users accessing the application at the same time.

Load testing can be used to identify performance bottlenecks of an application.

For example, in a web application testing the expected peak number of users conducting a login.

Security testing is type of testing that is used to assess the security of a software application and identify potential security risks.
Security testing is usually conducted by ethical hackers who attempt to find vulnerabilities in an application that could be exploited by malicious attackers.

For example, in a web application testing how the site stands and remain responsive while attacked by a load of ‘fake’ requests.
Usability testing is A type of testing that is used to assess the usability of a software application and identify potential usability issues.

Usability testing is usually conducted by real users who attempt to use the application to complete tasks.

For example, in a web application testing if the user onboarding flow is clear, easy and user friendly.
Web application types and testing

There are different types of software products, but one type that is becoming increasingly important is web application.
This is because more and more businesses are making their websites available online.

Web application types

When it comes to the web, there are two main types of applications: web applications (webapps in short) and web sites.

Both are accessed through a web browser, but they differ in how they are built and what they do.

A website is a collection of static HTML pages that are linked together.

A web app is a dynamic, interactive application that is built using programming languages such as PHP, Ruby on Rails, or Java.
Web sites are typically simpler and easier to build than web apps.

They are also less expensive to host since they do not require a complex infrastructure.

Web apps, on the other hand, are more complex and require more resources to run.

Web sites are typically used for informational purposes, such as providing news, information about a company or organization, or selling products.

Web apps are usually used for more interactive purposes, such as providing a service, such as email, or allowing users to play games or use other applications.

The main difference between web sites and web apps is how they are built and what they do.

Web sites are typically simpler and less expensive to host, while web apps are more complex and require more resources to run.

Web application testing

involves testing the functionality of a web application.
This includes testing how the application works with different browsers and devices, as well as testing the server that the application is running on.
It is important to test web applications thoroughly before they are made available to the public.
As a general rule of thumb, it is recommended that web applications be tested on a minimum of the latest two versions of the major browsers (e.g. Internet Explorer, Firefox, Chrome, Safari, etc.).
This is because if there are any errors in the application, it could cause serious problems for the users of the application.
Automated tools can be used to help with web testing, but manual testing is often necessary to ensure that the web application is functioning properly.

Mobile Application testing

As the use of mobile devices such as smartphones and tablets continue to grow, so does the need for mobile application testing.

Mobile application testing is the process of testing a software application on a mobile device, such as a smartphone or tablet, to ensure its functionality and performance.

There are a number of factors to consider when testing a mobile application, such as the device’s operating system, screen size, and hardware capabilities.

In addition, mobile applications must be tested for compatibility with a variety of mobile devices and networks.

Mobile application testing can be a challenge due to the wide variety of mobile devices and operating systems.

However, some general tips that may be useful include ensuring that the application is compatible with the most popular devices and operating system versions in the target market, and testing the application on a variety of devices to identify any potential issues.
The most important thing to remember when testing a mobile application is to test early and often.

By testing early in the development process, you can identify and fix any potential problems before the application is released.

Desktop application testing

Desktop application testing is the process of verifying the functionality of a desktop application.

This can be done manually or with automated testing tools.
When testing a desktop application, testers should pay attention to the application’s UI, as well as its compatibility with different operating systems and hardware configurations.

Additionally, testers should ensure that the application can handle various user inputs, including keyboard and mouse input, as well as touch input for touchscreen devices.

Desktop application testing can be a challenge, as there are often many different ways in which a user can interact with the application.

The device and versions coverage needed to test a desktop application will vary depending on the application.

For example, if the application is designed to run on Windows, the tester will need a Windows machine.
If the application is designed to run on Mac, the tester will need a Mac.

Testers should therefore plan their tests carefully, in order to cover all the different areas of the application.

Manual and automation testing

Manual testing is a process in which a tester manually executes test cases without using any automation tools.

Automated testing is a process in which a tester uses automation tools to execute test cases.
There are several advantages and disadvantages to both manual and automated testing.

Some of the advantages of manual testing include:

  •  Manual testing can be used to test both functional and non-functional requirements.
  •  Manual testing is more flexible and can be easily adapted to changes in requirements.
  •  Manual testing can be used to test applications that are not suitable for automation.
  •  Manual testing is less expensive than automated testing.
  •  Manual testing can be used to find more bugs than automated testing.

However, there are also some disadvantages to manual testing, such as:

  • Manual testing is time-consuming and can be repetitive.
  • Manual testing can require more manpower and therefore increase the cost.
  • Manual testing can be error-prone.
  • Manual testing can be less reliable than automated testing.
  • Manual testing can be less efficient than automated testing.

In general, automated testing is more efficient and less error-prone than manual testing, but it is also more expensive.

Automated testing is best suited for regression testing, while manual testing is best suited for progressive, coverage and exploratory testing.

get started with your own crowd test

If you’re thinking about starting a crowd test independently, there are a few things you should keep in mind.
First, you’ll need to find, interview and filter a group of testers that fits your needs. This can be done by posting in online forums, groups, friends and family, etc.
Once you have a group of selected testers, you’ll need to come up with a plan.
What kind of testing do you want to do? What are your goals? What do you need to test?
Once you have a plan, you can start, but if it involves a test plan you need to create your test cases.
These should be specific, measurable, and achievable.
Finally, you’ll need to run your tests with the group and collect the results from all of them.
This can be done by mails, shared files, messaging and phone calls…. manually collecting feedback from your testers.
Once you have the results, it’s time to analyze them and see what needs to be improved, ahh, and don’t forget to pay and review each one….
Or simply submit your app for testing via our platform in the fastest, efficient and cost-effective way.

How does it work?

submitting your own application for testing via our crowd testing platform is easy.

  1. Create an account and provide basic information.
  2. Select a package, we offer several packages that fit most needs and budget, be sure to select a package that’s appropriate for your project. Want more? we also offer test project management via our test agency.
  3. Once you’ve selected a package, you’ll go through our easy-to-use wizard that will offer you various options and information for our testers. For example: is it an android or an apple app, is it a native app or a web application, do you want to test globally or at a specific location….
  4. Launch Our platform offers crowd tests submission independently with self-checkout.
    Once launched our platform will send and get approvals from our community of available testers.
    We select only the best; our testers go through an initial screening and rating process by us to be accepted as testers, furthermore, our customers in each test cycle they participate so it is a race to top all the time.
  5. within hours you will start receiving bug reports from all testers which you can use to identify any areas that need improvement.Obviously, your personal dashboard includes the list of your test cycles, bugs from all testers, management, and filter options, and communication with your tester’s options via bug comments and direct messaging.