INTRODUCTION

Maintaining physical devices can be expensive, hazardous, and unsustainable, affecting mobile app delivery cycles. In this post, we will discover how emulators vs real devices testing the cloud may help improve both the customer and developer experience.

Maintaining physical devices or devices on premises may become costly, hazardous, and unsustainable with a remote/hybrid workforce and the ever-changing mobile device and operating system (OS) landscape, negatively affecting mobile app delivery cycles.

WHAT IS A REAL DEVICE CLOUD?

A real devices cloud is a testing environment that gives app developers and QA professionals quick access to thousands of iOS, Android, and other mobile devices to test on multiple device/OS combinations and obtain real-world feedback. Most real devices' cloud testing environments include popular mobile frameworks such as Appium, Espresso, and XCUITest. The actual device cloud gives businesses access to both new and legacy devices. With this access, enterprises may immediately evaluate their applications' performance, usability, and functionality on real customer devices. 

BENEFITS OF A REAL DEVICE CLOUD IN MOBILE APP TESTING

A cloud-based mobile app testing platform provides numerous benefits regardless of whether your firm operates in the office or a remote/hybrid structure. The most apparent advantage of real devices cloud testing is its low cost. Owning individual real devices can become prohibitively expensive, and keeping those devices updated as new models are introduced can necessitate a sizable annual budget. Real devices cloud can alleviate all cost and budget difficulties that organizations have due to real device testing. Aside from the price, there are several more advantages to employing real-device cloud testing. Here are the significant benefits of using a real devices cloud for app testing.

1. Make the testing environment versatile and adaptable.

One significant disadvantage of firms that use cloud services is that they provide predetermined functionality with no modification choices. The capacity to personalize the service is required to remain adaptable and competitive in the market. App testing QA teams will have their own chosen technology stack. As a result, forcing them to use different cloud test frameworks and configurations can be counterproductive. Testing teams can work efficiently in a flexible testing environment with the help of a customizable real-devices cloud.

2. Use Unlimited Concurrency to Shorten Time-To-Market

Time is an essential consideration in app development and testing. Even after automating some activities, testing an app takes a long time. The most time-consuming aspect of app testing is running programs on various devices with varying specs to ensure compatibility and real-time performance. Running tests on many devices simultaneously is the most excellent approach to decreasing the time necessary for app testing on various devices. Enterprises may improve app testing efficiency and ensure their consumers receive reliable and responsive goods by simultaneously running tests on several devices. This will allow businesses to devote more time to higher-level tasks.

3. Scalability.

A cloud-based testing platform can accommodate manual and automated testers that run scripts. When developers require clean devices and OS combinations, they can receive them immediately.

4. Obtain Reliable Testing Results from Real-World Devices

Testing on actual devices and testing on emulators are the two most common approaches QA teams use to evaluate mobile applications. Emulators mimic real-world devices but operate on computers. As a result, the findings of this testing will not be as perfect as they are in real devices. Emulators aren't great for testing apps in real-world scenarios since they don't overheat or drain the battery. As a result, testing on real devices is far more reliable and efficient than testing on emulators.

5. Enhanced team productivity

Scattered development and QA teams can exchange test results and cooperate on addressing application issues more quickly and effectively.

6. Increased device coverage

Your native and hybrid apps will be tested on various Android and iOS devices. A cloud-based testing platform gives your teams instant access to a greater range of devices.

7. There is no need to construct or maintain a device lab.

Real device cloud helps businesses save time and money that would otherwise be spent on purchasing devices and developing and maintaining device laboratories. Enterprises may collaborate with an actual device cloud provider to enable their QA teams to deploy the most up-to-date testing methodologies as soon as possible. Enterprises may save time and money on maintenance and upgrades since a trustworthy device cloud provider will handle them.

Moreover, we can remove the agony of maintaining physical and on-premises equipment. You can maintain the correct device mix and deal with the complexities of the constant device, operating system, or browser changes.

8. Test execution is accelerated.

Run more real-world device tests with lower mistake rates.

REASONS TO RELY ON HEADSPIN

Global device infrastructure is the name given to HeadSpin's real devices cloud. Companies may test mobile apps from different countries and connect to thousands of genuine mobile devices thanks to global device infrastructure. HeadSpin's extensive global device infrastructure, which includes physical devices worldwide, also assists organizations in testing various distributed edge nodes or edges. Let's look at some critical aspects of HeadSpin's worldwide device infrastructure that let organizations efficiently try their mobile.

1. Popular Devices for App Testing Are Available

Without SDK or local team assistance, QA teams may remotely access and debug their mobile applications on genuine popular devices in HeadSpin's global device infrastructure from their PCs or phones using the HeadSpin Platform.

2. Various Deployment Models

To assist enterprises in testing and storing test data on the cloud, HeadSpin provides numerous deployment methods, including on-premises, cloud (single tenant), cloud (multi-tenant), and design your lab. The various deployment strategies provided by HeadSpin will assist organizations in safely testing mobile apps on real devices and storing test data and analysis.

3. Real Device Cloud Security

The cloud at HeadSpin is SOC 2-compliant. A third-party security validator evaluates the Headspin network and cloud security. HeadSpin additionally stores its genuine gadgets in several places using PBox, a secure appliance with a number lock.

4. Geolocation Evaluation

HeadSpin, the finest mobile app testing tool, assists testers in geolocation testing on actual devices, protecting mobile application functionality from geographical influences and assuring optimal performance. Enterprises may test their apps in 90+ locations worldwide with HeadSpin's global device infrastructure. HeadSpin's geolocation testing assists businesses in providing a faultless digital experience for end users by analyzing mobile apps on numerous elements such as network infrastructure, cellular data, and data capacity, which may vary based on the user's geographical location.

CONCLUSION

App testing on an actual device cloud can assist companies in delivering more robust mobile applications more often. Furthermore, real device cloud testing may provide organizations the flexibility they need to design mobile apps with optimal performance and rapidly adapt to changing business requirements.