How Important Is The Cloud Device In The 21st Century?

The agile industry is adopting a shift-left approach. The agile approach needs more advancement and rapid executions hence automation will play a major role as it will be bringing essential agility towards testing. Shifting left will provide a greater ability for automating tests. Automation has now become one of the most necessary aspects in the rapidly changing industry. It is important to have mindful consideration and calculated decisions for effectively managing automation in place. So, before knowing how important is the cloud device lets know what a device cloud is:

What is a Device Farm/Device Cloud?

A device farm or cloud could be understood as a testing environment that allows QAs to test the performance of websites and mobile apps effectively and remotely on a significant number of real devices. It provides access to both contemporary and older devices from a variety of vendors. Moreover, the devices come with pre-installed OS and browsers. While some device clouds provide emulators and simulators, those that do give testers access to real devices have an advantage. It allows them to monitor how their builds are performing in the real world. All they need to do is use the app or website in the way real users would use it on a desktop, tablet, or mobile phone.

While testing on a real device, cloud developers interact with mobile devices to observe how the user interface appears and operates on every device. This permits easy identification of functional issues and elements that are missing. App performance could also be accepted in the proximity of hardware issues such as battery consumption, CPU usage, network strength, and interactions. Testers may utilize device farms to review applications and websites collaboratively from the perspective of an end-user.

How Important is the Cloud Device?

A device farm is a cloud environment that handles various mobile devices and browsers. It provides simulators, emulators, and access to physical devices with modern and legacy versions of devices from various manufacturers. All devices come with a pre-installed OS and browsers. It offers flawless Matrix coverage of mobile devices to test in a scalable environment to handle an ever-growing number of devices. It eradicates the need of fixing up in-house device labs and their maintenance other than how important is the cloud device. One of the major advantages of owning a personal cloud device farm is that it could be accessed from anywhere which becomes necessary when a global business has been shifting computing workloads from on-premises hardware to cloud because of the global crisis of covid-19 gradually. Wild things have started to operate remotely in in-house device labs that would soon be obsolete.

Saucelabs, LambdaTest, and other FLIR cloud device offline farms are available to fulfill the demands of various automation techniques. Organizations always choose the best suitable farm depending upon mindful considerations like the best fit for the long run, integration with projects, budget, etc. When an organization acknowledges opting for a device farm it becomes essential to choose an automation tool that is in alignment with all integration needs. If you don't keep your automation tools and device farms in order, you'll have to pay more for integration and upkeep. It's critical to use the proper tools to achieve successful test automation. The automated testing methods you use should be one of the most important aspects of your shift left initiatives. Many automation studios have recently gained popularity due to their ability to allow seamless connection with various cloud device farms, as well as a slew of other useful capabilities.

Why has full Matrix Platform Coverage become a challenge?

Platform coverage is one of the important considerations aside from the importance of the cloud device used. Platform coverage will always be a variable and it has now become to challenge all covered without affecting deliverables. For example one of the major challenges is increasing the coverage of devices in mobile automation. If a person has an in-house device lab for testing you can imagine having a front cost of devices having a life span of 9 months in testing. Furthermore, the constantly evolving smartphone market is expanding the platform scope of mobile automation on a regular basis.

As per the latest market research report the global smartphone market is anticipated to see a growth of 64.05 million units from 2022 to 2024. The ongoing growth of the smartphone industry having an in-house device testing lab takes a toll in terms of maintenance, budget for infrastructure, and device coverage. It is the main reason why personal cloud device farms have received major attention lately.

How QMetry Automation Studio(QAS) is playing a huge role in Automation?

QAS is an automation tool that provides continuous end-to-end integration and allows agile and DevOps adoption. It allows integration with delivery tools like Jenkins and source control management tools like Git, BitBucket, and event defect tracking frameworks like Jira. Besides it also provides integration with different cloud service farms. Saucelabs, Perfecto, HeadSpin, and Lambdatest are all seamlessly integrated with QAS. It allows a user to create a connection with any of the supported device farms by using user-friendly wizards to add the necessary credentials and skills. Integrations are performed in just a matter of clicks. QAS is an automation testing tool that offers seamless integration with CI/CD pipelines and makes it the best fit for a current market scenario for accelerating your shift left movement along with how important is the cloud device.

Conclusion

Given the quickly rising market, DevOps adoption, the growing transition from on-premises to cloud, and the growing demand to test sooner and quicker, it's become critical to choose a testing solution that can connect or operate smoothly with your existing development infrastructure. In today's agile era, choosing a testing solution that integrates seamlessly with FLIR cloud devices offline is critical.

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