With this article, we will take a detailed look at configuring the test settings for the Jest automation testing framework. We will also understand how the developers can improve this process’s efficiency by integrating multiple tools and frameworks.

Understanding the Concept of Test Automation and Jest

To understand the modern application testing process, the developers must have a basic idea of automation testing. Modern app test cases depend highly on this advanced testing process. For a general understanding, we can define automation testing as removing human involvement in the application test execution process. Instead, the system will use a text file consisting of all the data, parameters, and inputs that will help it to communicate with the application like a normal user. Based on its communications with the app, the system will generate a detailed report showing the application’s usefulness, stability, and user interactivity. The developers and testers can later analyze this report to understand whether the application is ready to be released to the customers.

We would like to mention that with modern automation test cases, the developers can also customize the text file to make the report suitable according to their requirements. There is also an option to store and reuse the test cases for future app development projects. However, to get started with test automation, the developers must make a significant investment. This is because a lot of expense is required to integrate multiple tools, plugins, and libraries that are crucial for the proper execution of automation test cases. So, app development companies must have a clear understanding of the possible business ventures and future returns. This data will help them justify automation testing integration in their test range.

Test Automation and Jest

Jest is an open-source test framework originally developed by Facebook and closely interacts with React. The primary function of Jest is to create JavaScript-based test cases to verify the proper functioning of front-end elements present in a web application. The front-end elements are one of the most important components as it helps the end users to interact with the application and complete their goals effectively. Since Jest is open source, the developers and testers can access all of its features without worrying about any licensing fee. Moreover, the support from Facebook ensures the stability of the framework and timely updates to maintain its usability according to the modern standards of application development. The command line tool present in Jest used for test execution is similar to the Mocha framework.

Jest is one of the most popular frameworks for improving the code coverage of the automation testing tool. This is because it consists of a dedicated code coverage controller that does not require any additional setup for deployment. Moreover, during the test execution process, Jest allows developers to skip one or two tests according to their requirements. The system will also display a report for those untested test cases during the test report generation process.

Configuring the Test Settings for Jest Automation Testing Framework

It is very important for app developers to properly configure the Jest automation testing framework to improve the efficiency of the test cases. Based on our research and understanding, we have come across some of the most efficient test settings that can help developers. They are as follows:

• The first step in this process is introducing Jest in the automation testing project. The developers must enter a dedicated command in the directory window to introduce Jest.
• The next step in this process is to introduce the Jest configuration file in the directory of the project file. This configuration file must be placed in the root directory and contain all the settings for executing the Jest automation test cases.
• Jest provides the application developers multiple test environments to initiate and execute the automation test cases. The developers have to choose their desired environment from the Jest configuration file placed in the project’s root directory. The app developers need to ensure that they choose the environment according to the application undergoing the development process.
• The developers need to ensure that the Jest automation testing framework can detect that test case file. By default, jest will look for all the test files consisting of the ‘.js’ extension. However, the developers might be working with test cases that can have other forms of extensions. The application developers must configure this change in the Jest configuration file in such a case. Failing to do so, there might be inaccurate test reports, or in a worst-case scenario, the system will eliminate certain test cases from the application development life cycle.

The Next Steps for Configuring the Test Settings

• While working with Jest, the developers can generate the code coverage report. This report will help the developers understand all the application areas with dedicated test codes. So, it can quickly detect those elements of an application that are not being tested. To generate this report, the developers must configure the required command in the Jest configuration file present in the project’s root directory.
• While working with the Jest automation testing framework, the developers can also access other configuration options to customize the test cases and access all the features that are available with this framework. In case the app developers aren’t sure or aware of all the features, they can find the required information in the official documentation of Jest. Moreover, the official website of Jest also provides sample test cases explaining the working process of all of its features and tools. In this context, we would like to mention that the developers must ensure that they download all the required documentation, files, and dependencies from the official website to avoid any form of data compromise.
• After implementing all the above configuration settings, the developers can successfully run the Jest automation test cases by clicking on the Jest option in the root directory. After this, the system will automatically execute all the Jest test cases and generate the test reports based on the Configuration settings. The developers can analyze these reports, understand the application’s condition, and move on to the debugging phase. It will remove all the critical bugs and errors that might be present in the code framework.

Integrating Tools and Platforms with Jest Automation Testing

The concepts of automation testing can be confusing for developers, especially those new to this industry. However, multiple tools and platforms can help developers to simplify automation test cases. Moreover, these tools are easily available in the present market. With the help of such platforms, developers can also integrate additional features to improve the quality of the app undergoing development. For example, cloud platforms help developers to get over the hassle and expense of having a physical device lab. These labs are useful to verify the performance of applications on physical devices. However, with the help of cloud platforms, developers can achieve similar test results by executing their test cases over remote servers.

With the help of remote servers, the developers can also access legacy devices that are no longer available in the present market. This is a very important parameter, as various market studies show that a huge audience segment does not frequently update their devices. Lastly, with the help of cloud platforms, app developers can execute test cases from anywhere in the world. We can understand the role of cloud platforms and their influence on modern app testing by shifting our focus towards LambdaTest as our benchmark:

Jest Automation Testing

For a general understanding, we can define LambdaTest as a modern cloud-based digital experience testing platform enabling developers and testers to manually test their web and mobile applications manually and automating over more than 3000+ different browser configurations and devices. LambdaTest also offers various innovative features like parallel test execution to improve the efficiency of the test cases. Using LambdaTest, developers, and testers can execute automation test files from well-known suits and frameworks like Selenium, Playwright, and Cypress. We would like to mention that while the developers are working with Selenium test cases, they can execute it on more than 3000 simultaneous modern browsers.

LambdaTest will also be a great option when the developers are trying to verify the usability of web apps that have local hosts and are used by a company for internal operations. Lastly, integrating hundreds of real devices with existing thousands of different simulation and emulation software helps the developers increase the dependability of the test cases.

Conclusion

With this article, we aimed to spread proper awareness regarding the perfect settings for executing Jest automation test cases. Many experts believe that automation testing will continue to improve its influence on the modern app development market. So, the developers and testers must keep up with the required knowledge and information regarding this advanced app development process.

The app companies must also conduct frequent awareness campaigns and seminars to spread this knowledge for healthy automation test cases. Developers should also focus on the requirement of the target audience to ensure that they do not alienate any segment of the probable users based on device or software incompatibility. Lastly, the developers need to understand the role of an efficient tool or platform to improve the quality of the application and the overall test bench.

ALSO READ: The Keys to a Successful Test Automation Strategy

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This article will focus on various factors that can ensure guaranteed success in the modern application testbench. We will also understand how the developers can use various automation platforms and tools to improve the efficiency of their testing process. We will begin our discussion by introducing test automation to the new developers.

Creating the Concept of Automation Testing

To understand the role of automation testing and creating testing strategies, the developers must have a basic concept of test automation. For the understanding of developers of all skill levels, we can simply define automation testing as an effort to remove the involvement of human developers in the application test bench. Instead, the system will use a text file consisting of various parameters, inputs, and data sets that will allow it to communicate with the app like a normal user. Based on its interactions, the system will create a detailed report showing the user interactivity, stability, and usability of the application undergoing development. Later, the developers and testers can analyze this report to understand whether the application is ready to be released for open users.

In this case, we’d like to mention that the developers can also make significant changes in this file to make the report customized according to their needs. According to their requirements, the automation testers can also store and reuse the test cases for future app development projects. However, a massive drawback of modern automation testing is that it requires significant investment at the initial stage. This is because the developers will have to spend a lot of money introducing various plugins, tools, and libraries that are important to ensure the stability of the test bench. So, app developers must understand their business and have a definite idea about returns on investment to justify this expense.

Benefits of Using Automation Testing

To understand the role of automation testing in the modern application development lifecycle, the developers must have a different idea about the major benefits of using test automation. This knowledge will also help modern application testers, and developers use the test bench’s full potential. These benefits are as follows:

• Automation testing helps developers to conduct repetitive test cases in the application development lifecycle. So, the developers can use this time to focus on the creative side of the development process. For instance, they can develop new features or tools that they can integrate into the future version of the application.
• Since automation testing does not require human involvement, it can conduct the test cases 24 hours round the clock as there is no fatigue-related delay. Moreover, the automation test cases are also devoid of all the errors that can arise due to human involvement.
• With the help of automation testing, the developers can execute the test cases in a parallel format. The major advantage of parallel testing is that it helps the application developers run multiple test instances on different machines simultaneously. So, we can also say that using parallel testing massively helps improve the test coverage for the application development lifecycle.
• Experts suggest that app developers consider test automation as a long-term investment. With automation testing, the application developers can eliminate the expenses required to maintain a manual test bench. Since automation test cases are reusable, it helps the developers to save a lot of money in all the app development projects.

Keys to a Successful Automation Testing Strategy

An efficient automation testing strategy will not only help the developers to wrap up the test cases in time but also ensure the elimination of critical bugs and errors. With the help of this strategy, the developers can also eliminate any unwanted obstacles in the application development lifecycle. Based on our research and understanding, we have created a list of certain key parameters to help the developers create a successful strategy. They are as follows:

• Before beginning the application testing process, the developers must have a definite testing plan. This plan will consist of all the automation test cases that the developers will execute. It will also consist of a list of all the devices and systems on which the developers will verify the performance of their application. This test plan will also help to create a basic understanding of the application among different teams in the company. So, it is very important to create the test plan with the involvement of the development and testing teams and the company’s business teams.
• App developers need to sort the test cases according to their priorities. This is because all the test cases do not have the same importance in the core execution of the app. So, prioritizing the test cases according to their importance will help the developers to improve the efficiency of the test bench massively. It is also important to run the test cases after every critical change in the core framework of the application. This will help the app developers to understand whether any new element breaks the performance of the existing elements in the app. The app developers can easily conduct this process with the help of automated end-to-end testing.

Some more key factors

• Modern application development test benches need to have access to Agile methodologies. With the help of agile methodologies, application development companies can improve the coordination between various teams of the app company. Agile methodologies also help to create an activity log so that all the teams can have a basic idea about the current status of the app. With this process, the developers can conduct the development and testing process side by side. This means that all the critical bugs and errors will be detected at an early stage and removed from the app so that it does not delay the final iteration of the application.
• Modern app developers must have a basic idea about their target audience base. This idea will consist of critical information regarding their preferences, requirements, and the devices they use. With the help of this information, the application developers can customize the automation test files and ensure that the app performs perfectly on these parameters. In this modern and competitive app development market, none of the companies would want to alienate a huge segment of their users based on device or software incompatibility.
• App developers need to verify the performance of the application on real devices. This is because simulation software cannot show the impact of physical parameters on the app’s behavior. However, real device testing becomes almost impossible due to its hectic and expensive management process. In such cases, the developers can easily conduct the test cases on cloud-based platforms. We will learn more about the influence of cloud platforms in the modern application test in the latter part of this article.

Role of Integrating Tools and Platforms in Automation Test Bench

To eliminate the complexity of an automation test cycle, the developers can use various platforms and tools that are easily available in the present market. With the help of these tools, developers can also introduce additional features that will help them to improve the quality of the app undergoing the development process. We can consider the example of cloud platforms that help companies eliminate their manual device test bench. These test benches are usually used for verifying the performance of modern apps on physical devices. However, with the help of cloud platforms, the developers can achieve similar test results while conducting the test cases over remote servers. These servers also provide access to certain devices unavailable on the market. Remote servers also help app developers to run test cases from anywhere in the world.

To further improve our knowledge of cloud platforms and how they’re influencing modern app development practices, we can move our focus towards LambdaTest as our benchmark:

What is meant by LambdaTest

To introduce LambdaTest to all the new developers, we can define it as a modern cloud-based digital experience testing platform that enables you to run automated cross-browser test cases on web apps. The modern app development market considers automation testing the new standard for ensuring the best end-user experience. This is because, with the help of efficient cross-browser test cases, the developers can guarantee app stability irrespective of the user’s change in the operating system, browser version, or device specifications.

Moreover, LambdaTest has various efficient features like parallel test execution to improve the efficiency of the test cases. While working with this platform, the developers can run the automation test files from various well-known frameworks and test suites like Selenium, Cypress, and Playwright. We would like to mention that LambdaTest can run the Selenium automation test files on 3000+ simultaneous browsers.

LambdaTest is also a great option when the developers are willing to verify the performance of web apps that have local hosts and are used for a company’s internal operations. Lastly, the availability of hundreds of real devices with existing thousands of simulation software helps to uplift the accuracy of the test results.

Conclusion

With this article, we focused on spreading proper awareness regarding the execution of modern automation test cases. App developers need a definite testing strategy to ensure the timely delivery of high-quality apps. Moreover, experts believe that automation testing will continue to dominate the testing process in the coming years.

So, the developers and testers must keep themselves prepared to maintain their company’s position in this competitive industry segment. They can also take proper steps to improve and update their knowledge regarding all the new additions and trends in this market. The app development companies can also focus on conducting awareness campaigns to distribute this knowledge among their teams. Lastly, it is also very useful to integrate efficient tools for healthy testing practices.

ALSO READ: Mistakes Made in Real Device Testing and How to Avoid Them

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Although real device testing is essential for properly managing applications, there is a lot to learn about this technology. So, with this article, we will discuss some of the most common mistakes developers make while conducting real device testing and how they can avoid them. Moreover, we’ll also understand the role of various tools and platforms in effective real-device test cases.

Modern Device Market

To understand the role of real device testing in the application development process, the developers must have a definite idea about the modern device market. This is because, in the early years of technology, the desktop was the only platform to use the Internet and access multiple applications. However, with the advancement of technology, portability has become one of the most important factors in the life of consumers. So now various alternatives like smartphones, tablets, and even smartwatches have arrived. With these devices, users can achieve a desktop-like performance on gadgets that can fit in their pockets. So, to keep up with the rising demand for these portable devices, app developers must also ensure their apps’ compatibility.

Moreover, the smartphone industry is very diverse. The three most popular smartphone platforms are Android, iOS, and Windows. To understand the diversity of this market, we can consider the example that only on the Android platform do thousands of new devices come into the market every year. Each device is unique regarding screen size, hardware, and display specifications. So, app developers have to invest a lot of time to ensure the proper placement of UI elements, stability of the core, and other functions on these devices. This diversified modern device market has also given rise to various other forms of applications like hybrid apps and cross-platform apps.

Need for Real Device Testing

Considering the size of the device market we discussed in this article, we can easily understand the role of real device testing. This is because if the developers confine the test cases to only simulators and emulators, they cannot achieve accurate test results. This is because, with the help of simulation software, it is impossible to understand the role of physical parameters in the functioning of an application. For example, an emulator will not show how the application behaves when there are errors like low bandwidth, broken display, or a simple user input error. On the other hand, real device testing consists of a test bench that can help the developers verify the performance of these apps on hundreds of devices on site.

However, before initiating real device testing, the developers must be aware of some of the massive drawbacks of this form of testing. For instance, maintaining an in-house test bench is a costly process. This is because the developers have to buy physical copies of multiple devices. Moreover, it is also very hectic and hassles some processes to continue updating the device test bench. This is because thousands of new devices come on the market every year, and the developers must ensure that their test bench is updated according to modern application development standards. Lastly, collecting legacy devices that are no longer available on the market will also be a troublesome process to collect legacy devices that still play a crucial role in your target audience.

Common Mistakes in Real Device Testing and How to Avoid Them

Application developers and testers need to implement real device testing in their development environment properly. This is because multiple common mistakes often hamper the efficiency and accuracy of the real device test results. So, we have created a list of some of the most common mistakes in this testing form and how the developers can avoid them. They are as follows:

The first common mistake:

The first common mistake regarding real device testing is not performing real device testing at all. This is a common phenomenon in small companies and individual developers. This practice contributes to the high expense of real device testing. However, various alternatives like cloud platforms help the developers to achieve similar test results while eliminating the hassle and headache of having a physical Test match. We will learn more about the influence of cloud platforms as a replacement for real device testing in the later part of this article.

The second common mistake:

The second common mistake regarding real device testing is not verifying the application’s performance on enough devices. This is because, in certain cases, the developers try to reduce expenses by limiting the number of devices they verify the application’s performance. However, the app developers need a clear idea about the total number of popular devices among the target audience and test accordingly. For this purpose, running a market survey before the test planning phase is an excellent practice. Based on the data the developers will collect in this phase, they can shortlist the devices for testing. If you are working for a new company and still trying to determine its target audience, you can select the top devices in the present market and begin testing.

Some more common mistakes:

While executing real device testing, the application developers and testers often need to remember to test the application’s performance based on device-specific features. These are some of the features that are unique to devices and might play a critical role in the stability and usability of the application. The testing team needs to have a definite idea about all the unique features available on every device and concentrate on their influence on the core functioning of the app. It is also one of the great practices for the developers to consider these features during the test planning and strategy creation phase.

While executing real device testing, the developers should also consider the variation in user interactions. This is because not all forms of users will interact with the application similarly. There might be differences in terms of inputs from scrolling and display interaction. So, during the test case creation process, the application developers and testers must consider these parameters and verify the application’s stability based on user interactions. It is also essential for app developers to concentrate on devices based on the touch interface. This is because huge forms of variations can arise in these interfaces.

Considering all the parameters, we can easily say that the developers must perform a proper planning phase to utilize the full potential of real device testing. Customizing the test cases based on various scenarios, user’s specific interactions, and device-specific features is also important.

Integrating Tools and Platforms with Modern Test Bench

As we already discussed earlier, real device testing can be expensive while maintaining an onset device test bench. However, there are various platforms easily available in the market that can help the developers to substitute this process. In simple terms, with this platform, the developers can achieve similar test results while executing the test cases over remote servers. By paying only a minimum license fee, the developers can conduct unlimited test cases on real devices through remote servers. Moreover, remote servers provide access to hundreds of old devices that are impossible to find in the market. While executing the test cases over remote servers, the developers aren’t confined by any form of geolocation barrier and can conduct the test cases anywhere in the world.

We can improve our knowledge about the influence of remote servers in the modern app market by bringing in LambdaTest as our discussion point:

LambdaTest is a unified intelligent digital experience testing cloud-based platform that allows developers and testers to initiate and execute tests manually and automated over more than 3000+ different browsers and operating system configurations. With LambdaTest, developers can run automation test scripts from well-known frameworks and test suites like Selenium, Appium, and Playwright. You can also perform mobile testing with hundreds of real devices on the LambdaTest cloud, finally reducing test execution time and improving the accuracy of the test results.

Conclusion

With this article, we tried to spread the required knowledge regarding healthy real-device test cases. Moreover, we also tried to spread proper awareness regarding integrating automation testing with real device testing. This is because various market experts believe that automation testing. That will continue to increase its grasp over the modern app development industry. So, the developers and testers must continue to learn and update themselves regarding this segment’s new additions and innovations.

The app companies can also take a crucial initiative by conducting seminars to spread knowledge regarding automation test cases. It is also important for the developers to choose the correct testing tool or platform that can complement their requirements. Lastly, app developers must consider efficient test cases as one of the vital steps to maintaining the company’s position in this competitive market.

ALSO READ: How To Use Cybersecurity Training Awareness To Protect Your Business 

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When testing devices, especially for UI and functional tests, device fragmentation is a real issue. Even if the OS fragmentation issue is significantly improving, the Android market still has hundreds of different manufacturers.

Today, we can say that there are more smartphones with distinctive specs and proprietary build modifications. While there are many older versions still available, Apple has less choice. This indicates that Android takes a little more attention for testing purposes, but it doesn’t negate the value of testing actual iOS devices. The number of devices is too large for emulators to be your only option.

Testing with emulators and simulators

There are a few great reasons to consider emulators as your primary testing choice if you’re a small business startup on a budget. With over 20 thousand different devices available, one of the main reasons why many organizations choose emulators or simulators over actual devices is the cost of purchasing enough. Emulators frequently cost nothing to use or have a minimal monthly user fee. In contrast to even a single device, let alone an entire test lab of equipment, even paid options are quite affordable.

The fact that several of the frequent UI issues that urged for real device testing have been mitigated or fixed is another reason emulators have been used a little more recently. One of these is screen size. Android devices continue to come in a wide variety of screen sizes. Issues with the screen and visual display are less frequent. Theoretically, if something appears in the emulator and is tested across a variety of display sizes, it should also appear on the actual device. However, the issue with mimicked testing was never the main one.

Additionally, some components, such as launching web apps through URL, may be simpler to test on an emulator. The test can be carried out using an emulator by copying and pasting. Typing on the touch screen is normally done on a real device.

Since they are already on your computer, taking screenshots of UI or display problems from an emulator can be simpler. On both platforms, there are numerous third-party applications available for this purpose.

An emulator can also extract data in real-time and update reports as it runs, giving the development team the information they need to troubleshoot problems.

As a result, emulators have a position in the testing industry. Let’s examine the causes for this.

Using actual iOS and Android devices for testing

While an emulator is ideal for initial testing while developing, particularly for iterative tests of small bits of code, it is insufficient for the final testing of a product because it can’t possibly test all that needs to be tested. Testing using actual mobile phones consistently produces accurate findings for the target device, free of false positives or negatives. Real device testing makes sense from a logical perspective because it is the only way to ensure that a feature will function on a specific device.

Usually, a modified OS will be running on your emulator. It implies that the basic distinctions between vendors and carriers might not be sufficiently addressed. Over the top of the basic OS, carriers and vendors alike add interface layers, skins, and other middleware. Sometimes the device maker and the carrier both add layers. It may result in an additional layer of fragmentation that an emulator cannot handle.

Difficulties with the chipset, memory, and other hardware

Emulators fall short in testing memory problems, which are rife in app testing. One issue is that developers frequently concentrate on the best smartphones and create software to amaze people on these platforms. Unfortunately, this frequently results in widely used devices that have poorer performance being unable to manage these variations. Because it does not consider other processes and activities that can be active on a low-end device, an emulator with resources set aside just for executing the app will frequently report that everything is great.

Chipset

As we have noted, the number of device configurations has expanded significantly in the past year, with over 3000 more variants being found this year than last. It is safe to say that out of 20 thousand different Android smartphones, some permutations are bound to occur, even though not all of these have noticeably different chipsets, display sizes, sensors, or other hardware changes. Because the CPU of the PC they operate on is 10 times more powerful than the processor of a specific android device, chipsets in particular can offer users experiences that are dramatically different between high and low-end devices. Despite this, they can completely mislead an emulator. The emulator can unintentionally borrow to complete the task despite these limitations.

Battery

The battery is another element of a physical phone that an emulator cannot check. Simply said, there is no way to use an emulator to test your program’s effectiveness and power usage. The success of an app that destroys your phone in one hour is unlikely.

Sensor

Emulators are just unable to test for many sensor concerns. Some sensor functionalities, such as push notifications, geolocation, orientation, and other functionality, cannot be effectively tested without a genuine device. However, Android and iOS emulators can test them (with some restrictions). A genuine gadget is also needed for NFC and other features.

Interruption

One of these is being interrupted by calls, messages, or push notifications. Emulators fail to accurately simulate how your application will respond to such network-related events. Another is the contrast between touchscreen interactions and mouse and keyboard interactions. With a touch screen, pinching the screen to make a view smaller or spreading your thumb and forefinger to make a view larger will feel very different.

Look and Feel

In general, an emulator cannot effectively simulate the look and feel of the app. Emulation will not allow you to assess the application’s responsiveness on a specific phone. Other potential areas of worry are the display’s brightness and if the color scheme looks good in natural light.

Real-world Device Testing Challenges

Cost

Many startups generally do not have the resources to purchase a sufficient number of devices to adequately represent the market for automated or one-to-one testing. Any real device testing is better than none at all. Emulators are a practical and affordable tool for testing mobile devices, and they unquestionably have a role in developing apps. However, there is no substitute for an actual gadget for a realistic evaluation of user experience and a thorough investigation of functioning.

Logistics

Real devices are expensive, and storing and running tests on them present logistical challenges. Testing on actual devices must be done manually because there is no method to test numerous devices simultaneously. Even if you can test numerous devices simultaneously on an automated platform, it will still take up a lot of space. Even testing 5 gadgets might leave your desk rather cluttered. Other complications include making sure the correct cord stays with the correct device.

Another problem with automating testing is that each device might be configured to connect to the platform. Additionally, you need to plan out how they will all charge. Your organization will incur a higher time and labor cost the more devices these tasks need to be completed.

Reducing these problems

If you can’t afford a good test lab, one option is to have employees buy various devices for personal communication and encourage later-stage app testing. Remember that no one will want to be forced to use a subpar device, so this solution might not be typical.

Startups and larger enterprises might get the assistance they need from a software QA outsourcing company TestFort to decrease the worries above. With such a service, you can quickly and easily design and run dozens of functional automated tests on more than one hundred devices. You can obtain a fantastic and repeatable overview of your essential requirements, which can reduce the hazards associated with unavailable devices.

Summary

We as a QA testing team are fully aware of the importance of real device testing. No matter how many enhancements are made to emulators, Android’s code base, or developer instructions, real device testing is a crucial step in creating apps, and don’t skip it. Users are intolerant of mistakes and can identify when corners have been cut. Do not get intimidated by the variety of devices available; even with a small selection, you will still create better software than you would have if you had not tested actual devices. Outsourced testing might be your best option if you cannot purchase a sample size of actual devices to test your application.

Also Read: Why Can’t PS5 Play PS4 And PS3 Games?

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Penetration testing or ‘pentest’ companies, as they are popularly known, help you investigate and assess cracks and holes in your security system with the help of authorized hackers. Since this is a crucial step in maintaining a high standard of security in your organization, you need to hire a penetration testing company that can provide you with high-quality security testing.

So, what are some things you need to look for in a penetration company?

Proper Certification

Before you even check what kind of pentest services the company offers, you need to see whether the company’s professionals have been properly certified or not. Here are some of the certifications you can keep an eye out for:

1. Certified Ethical Hacker (CEH)
2. Offensive Security Certified Professional (OSCP)
3. GIAC Exploit Researcher and Advanced Penetration Tester (GXPN)
4. Licensed Penetration Tester (LPT)
5. EC Council Certified Security Analyst (ECSA)

You can also check t whether your penetration testing company lives up to CREST standards or not. CREST is the Council of Registered Ethical Security Testers, an organization globally recognized for enforcing strict security testing policies, processes, and methodologies.

It is also important for you to check what kind of pentest hacker you might require for your company. Is your company too small for a junior tester to complete the task? If so, you might want to ask for either a senior or a specialist to do the job. However, whichever consultant you wish to hire, make sure to check the certification of the actual tester who is coming to your site to do the testing

A Good Amount Of Experience

Of course, it is not enough for your penetration testing company to have the right certification but zero experience. It goes without saying that the more a tester has worked in the field of security testing, the more exposure they would have received to different kinds of security threats.

This is why your tester needs to have a wide range of experiences regarding penetration testing. It will be ideal if the consultant you are working with has experience in application testing, network infrastructure, and compliance auditing across varied environments and diverse industries.

Of course, you also need to make sure that the company has experience dealing with the particular technology that your organization works with as well.

The Right Skillset

Your penetration testing company should come with a diverse range of technical skill sets. This skill set includes expertise in various operating systems, networks, network protocols, security administration and system administration, and database systems and scripting.

Your pentest company should also possess the right skills in wireless networks, password management, programming and software development, forensics (the analysis and investigation of systems and information) as well as cryptography (ciphering and protecting sensitive data and information).

The consultants you hire should be capable of performing manual testing in addition to automated testing so that you are ensured of well-rounded completeness of the test. Manual testing should also be done to eradicate false positives to get accurate and precise reports. Keep in mind that your pentest company should be perfectly capable of protecting your data and sensitive information during the testing period. It should also offer you a re-test option to check whether you have been able to remedy the holes in your security system successfully or not.

Finally, it is vital that your pentest company also possesses the right soft skills to communicate with you effectively and deliver the right services for your organization.

A Well-Defined Documentation Process

The methodology that your penetration testing company follows should involve various progressive steps, and you must be kept in the loop at all times.

It is, therefore, essential for your testing company to keep well-documented reports throughout the whole process. These reports should be well-labeled and categorized according to identified vulnerabilities, sensitive information, cracked passwords, and so on.

It is also important for the reports to be clear, simple, and concise. However, detailed reports with screenshots must also be provide the testers to your tech team. Your pentest company should ideally tell you what risks you need to prioritize, along with detailed recommendations on eliminating the various risks and security threats. Your tech team should easily implement the necessary measures based on the report given to you by your testers.

It can be difficult to find a penetration testing company capable of fulfilling all of the criteria you need. However, if they can fulfill at least the above requirements, you know that your security system is in safe hands.

Also Read: Hard Skills That Will Shape Your Career In Cybersecurity

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