We allow testing to be conducted per your use case, so therefore you will be able to run sessions for the full duration of your tests.
Yes, we allow for payment options to be configured on the given devices.
Yes, we have a point of presence on thousands of devices in more than 70 countries.
We offer a full cadre of browser and cross browser automation testing, across all mobile devices and desktops.
We fully support Apple TV and Apple TV 4K automation.
We fully support Android and iOS automation through Appium in addition to the respective native frameworks such as UI Automator 2, Espresso, and XCUITest. We are also contributors to the Appium open source project.
We currently offer web automation on mobile and desktop across all major browsers: Chrome, Firefox, Edge, and Safari.
WiFi and LTE Router. DC -> DC Voltage
Yes
Yes
Yes
Yes, we support high fidelity testing of audio and video files (60 fps).Learn more about our quality of experience metrics for audio and video including our patent-pending reference-free video MOS.
Yes
We are able to integrate with a wide variety of alerting tools and platforms including JIRA, Pager Duty, Service Now, Slack, Email, and SMS.
Yes, beyond phones we also support iOS and Android tablets, Apple TV, Amazon Fire TV, and iOS-based wearables.Additional device support can be explored through HeadSpin professional services.
Our AI-based issue detection system is presented to you in a dashboard that provides everything from network to client and client-server data.
Yes, we support Jenkins Integration as well as Slack integration.
No, rooting or jailbreaking gives you elevated system privileges on a device and is something an ordinary user would never do, that's why we don't do it because we want it to be one-to-one with how a real user would use a device.
We support parallel test sessions and you can execute sessions concurrently.
Yes, we support apps built with React Native. As long as your app can be installed on an Android or iOS device, it can be tested on HeadSpin.
A: Yes, through our sister company, Nimbledroid, you can run tests and/or performance sessions on each new build. Every feature of HS can be automated via our API. Tests results and performance data are stored in a reporting database and put into dashboards.
HeadSpin supports real user emulation and can be used to test real load scenarios using multiple concurrent user sessions.By running HTTP or WebSocket requests against a customer's server backend (conceptually equivalent to multiple virtual agents emulating multiple users that send requests to a back end to induce load), we can assess how fast the server fulfils requests with responses.
Yes, HeadSpin tracks user experience and performance metrics on real devices running your app and use an AI-based Issue detection engine to identify root cause.
Network traffic, client-side performance stats, and video are captured from a device during a performance test and these inputs are fed into HeadSpin’s AI-based issue detection engine. This generates a Performance Session report that identifies bottlenecks and issues during the test session.
We offer zero day (and in many cases, zero hour) support for new versions.
Yes, all our features work on both iOS and Android. This includes HeadSpin Remote Control, Performance Sessions, and HeadSpin Performance Monitoring.
HeadSpin fully supports native Appium and Selenium, as well as most other major automation testing frameworks (e.g., Espresso, XCUITests, XCTests, UI Automator, EarlGrey, FitNesse, JUnit, TestNG, Experitest, KIF, Calabash) via our secure bridging technology.
You can cancel your subscription anytime by going to the Managed Subscription link within your HeadSpin Local account.
Check our terms & conditions for more information.
Interact with your mobile app on the remote device, just as you would with a real device in hand. Tap, scroll, zoom, swipe, multi-touch and more.
We currently provide real devices in the following locations:
US – Palo Alto (CA), New York (NY), Miami (FL)
UK – London
South Africa – Johannesburg
India – Mumbai, New Delhi
Japan – Tokyo
Indonesia – Jakarta
We’re constantly adding more locations. Stay tuned.
No. You get 24/7 access to HeadSpin’s Global Device Infrastructure with physical devices in locations around the world.
Developers can securely connect with their remote devices and monitor non-noise interfered data through our proprietary RF compliant hardware and custom USB hub.
HeadSpin Local is only for manual tests. If you also want to create automated testing, take a look at HeadSpin’s Enterprise product.
We designed HeadSpin Local to enable manual QA testers, DevOps, Product Managers, UX/UI designers, and support professionals to test user experiences on real mobile devices and collaborate. Get started today.
A/B testing conducts randomized experiments with A and devices and is one of the most powerful ways to evaluate the efficacy of your iOS app. It is done in three steps:
i. Configuration: Build two iOS versions and test metrics (A and B) for your app.
ii. Testing: Simultaneously test the A and B iOS apps versions on devices.
iii. Analysis: Choose the better version for release.
A/B testing best practices
HeadSpin tests an iOS app’s user experience on any network, device, and operating system using the best app testing tools. It runs an automated quality test on an iOS app and considers all the dimensions for audio quality checks. The iOS app automation tests follow real-world conditions and deliver reliable results. The service plugins and API automate results extraction from the development environment in iOS app performance testing. HeadSpin integrates with JIRA and other issue-tracking services to deliver a seamless response to user experience issues. It also integrates with business intelligence tools and transfers data to the API and related branch tables. It further monitors performance accordingly as the data captured from all the tests have a single platform for all the test results. iOS app automation testing brings consistency as it utilizes real-world problems.
iOS App Testing is the process of testing an iOS application on devices with iOS to assess the way it functions for particular user actions such as app user interface, appearance, functionality, installation and load time, UX, App Store, OS version, etc.
iOS App Testing is of utmost importance before deploying the app live for the following reasons:
1. Compatibility Issues
Your iOS application may not run perfectly when upgraded to higher versions due to compatibility issues, even though it performs perfectly in the current iOS version.
2. App Crashes
An application may crash frequently at the time of execution due to bugs or memory leaks in the apps.
3. Security Constraints
Your iOS application is prone to hacker attacks, which may cause your private information to be leaked.
4. Unused Memory Blocks
There are blocks of allocated memory that are no longer used by a program called memory leaks, making your iOS application crash.
The automated Android testing plan includes testing objectives, scope, automated tool, and features such as operability, functionality, processing, compatibility, overall performance, and security. It also contains testing strategy, test cases, time frame, and required resources.
Types of mobile app testing are:
Users of any applications do not use the same version of Android devices. When companies do not test the Android app for different devices, the functionality of the application user interface, features, and overall experience of the developed application may not be equally compatible with all such devices. It is crucial to test the Android app on different devices, irrespective of which Android version they use, to ensure the best user experience for users.
Technological evolution has rapidly developed different operating systems and their versions. A wide range of devices and gadgets are available in the market today. Businesses need to develop applications suitable for all such devices. These applications must give an equally engaging, seamless, and simple user experience on all Android devices. Businesses need to carry out Android testing of applications to ensure the expected output of the developed application.
Android testing refers to the process of testing an application developed for Android smartphones to ensure its performance, usability, and functionality. It helps in improving the features of the application for a better customer experience.
We allow testing to be conducted per your use case, so therefore you will be able to run sessions for the full duration of your tests.
Yes, we allow for payment options to be configured on the given devices.
Yes, we have a point of presence on thousands of devices in more than 70 countries.
We offer a full cadre of browser and cross browser automation testing, across all mobile devices and desktops.
We fully support Apple TV and Apple TV 4K automation.
We fully support Android and iOS automation through Appium in addition to the respective native frameworks such as UI Automator 2, Espresso, and XCUITest. We are also contributors to the Appium open source project.
We currently offer web automation on mobile and desktop across all major browsers: Chrome, Firefox, Edge, and Safari.
WiFi and LTE Router. DC -> DC Voltage.
Yes.
Yes, we have RestAPIs for all platform features and device operations, with extensive documentation to assist in doing so.
Yes
Yes, we support high fidelity testing of audio and video files (60 fps).
Learn more about our quality of experience metrics for audio and video including our patent-pending reference-free video MOS.
Yes
We are able to integrate with a wide variety of alerting tools and platforms including JIRA, Pager Duty, Service Now, Slack, Email, and SMS.
Yes, beyond phones we also support iOS and Android tablets, Apple TV, Amazon Fire TV, and iOS-based wearables.
Additional device support can be explored through HeadSpin professional services.
Our AI-based issue detection system is presented to you in a dashboard that provides everything from network to client and client-server data.
Yes, we support Jenkins Integration as well as Slack integration.
No, rooting or jailbreaking gives you elevated system privileges on a device and is something an ordinary user would never do, that's why we don't do it because we want it to be one-to-one with how a real user would use a device.
We support parallel test sessions and you can execute sessions concurrently.
Yes, we support apps built with React Native. As long as your app can be installed on an Android or iOS device, it can be tested on HeadSpin.
Yes, through our sister company, Nimbledroid, you can run tests and/or performance sessions on each new build. Every feature of HS can be automated via our API. Tests results and performance data are stored in a reporting database and put into dashboards.
HeadSpin supports real user emulation and can be used to test real load scenarios using multiple concurrent user sessions.
By running HTTP or WebSocket requests against a customer's server backend (conceptually equivalent to multiple virtual agents emulating multiple users that send requests to a back end to induce load), we can assess how fast the server fulfills requests with responses.
Yes, HeadSpin tracks user experience and performance metrics on real devices running your app and use an AI-based Issue detection engine to identify root cause.
Network traffic, client-side performance stats, and video are captured from a device during a performance test and these inputs are fed into HeadSpin’s AI-based issue detection engine. This generates a Performance Session report that identifies bottlenecks and issues during the test session.
We offer zero day (and in many cases, zero hour) support for new versions.
Yes, all our features work on both iOS and Android. This includes HeadSpin Remote Control, Performance Sessions, and HeadSpin Performance Monitoring.
HeadSpin fully supports native Appium and Selenium, as well as most other major automation testing frameworks (e.g., Espresso, XCUITests, XCTests, UI Automator, EarlGrey, FitNesse, JUnit, TestNG, Experitest, KIF, Calabash) via our secure bridging technology.
