Get a reliable device automation helper operating with unparalleled precision, robustness, flexibility, and adaptability for every device testing scenario in any testing environment, all without human error.
Automate testing for display, audio, and battery performance or any UI metric like touch accuracy and device response time on any operating system, device type, and screen size. Replicate human finger movements and gestures on touchscreens, and test input on physical buttons by emulating everyday use of devices to accurately execute functionality and usability use cases.
Reliably reproduce human-machine interface (HMI) test conditions for button and touchscreen response latency on display response time measurement with certifiable results thanks to high-speed camera video footage analysis.
The MATT framework enables complex testing scenario calibration, prototyping, development, and validation. With an intuitive GUI, Python control, syntax highlighting, and live preview, MATT easily integrates with other testing frameworks and tools for diverse use cases.
Test hardware device buttons, switches, and control knobs. Test scenarios like press and immediately release a button, press and hold a button, or press two or more buttons simultaneously. Stress test physical buttons or test operability of top buttons, lateral buttons, push buttons, rotary buttons, device sleep and wake button, or keyboard keys.
Performance test mobile apps and replicate every app test scenario that can be done by a human, including pop-up detection and captcha resolution. Evaluate usability, test features, identify errors, bugs, or anomalies at all stages of app development and before updates.
Automate cross-device testing for connectivity performance, compatibility for multiple devices connected by wire or over wireless connection with Bluetooth™ connectivity, Wi-Fi, and device hotspots.
Perform automated touchscreen testing for sensitivity, performance, functional, and visual elements testing on all devices with touchscreen features independent of display or touch screen type, location on the device.
Run high precision (0.05 mm), sensitive measurements for functional, performance, connectivity, and application testing on a variety of consumer and commercial electronics products independent of the operating systems, size, shape, button placement, and configuration of the device.
Automate testing for a variety of smart appliances, air conditioners, air purifiers, HVAC systems, and kitchen gadgets. Validate scheduling and preset options, voice commands, interoperability, and interconnectivity with smartphones and other smart devices for smart kitchen appliances, light bulbs, locks, security cameras, power strips, door locks, and video doorbells.
Perform consumer electronic device functionality and usability tests from battery metrics (consumption and endurance), physical input, and responsiveness tests, all the way to connectivity, navigation, camera, and touchscreen, or display refresh rate testing. Test devices operating iOS, Android, or any other embedded software.
Accurately test delicate, small wearables and smartwatches like Apple Watch™, Samsung Watch™, Garmin™, and FitBit™ wearables, their smartphone synchronization and integration with other devices. Test functionality like messaging, notifications, and calling and call interruption features.
Perform advanced testing for ground and flight systems, cockpit avionics by simulating robot interaction to match pilots’ actions in commercial aircraft. Automate touch controller testing in flight deck systems and the cockpit display on various test levels, whether in live, virtual, or constructive “system of systems” testing.
Perform Android Auto™ and Apple Car™ testing for automotive infotainment test cases related to smartphone integration and connectivity, navigation, icon placement detection, screen block features or response time detections and adjustments. Replicate real-life in-car conditions (noise, poor network coverage) and test safety and security features, driver assistance features, telematics, over-the-air updates, audio and video features.
Test PlayStation, Xbox, Nintendo gaming console controllers like a human would, simulating an online player in a video game. Build test cases that interact with the controller’s directional pad and control stick, menu and option buttons, ABXY (triangle, square, circle, cross buttons) and shoulder buttons (L1, L2, R1, R2) to navigate the console’s menu and adjust desired settings.
Efficient and simple setup leverages automation, eliminates calibration errors, and enables productivity from day one.
Seamless interaction with external hardware by using universal input/output and communication interfaces. Adjustable fixtures for device mounting. Advanced embedded software safely interacts with curved screens.
A high-speed and precise capacitive stylus effector mimics multitouch gestures with high accuracy. Each finger moves independently to replicate finger interactions with the device: tap, press, pinch, rotate. The 3-finger capacitive effector can accommodate any materials and capacitive requirements.
A reliable and robust delta design is complemented by flexibility and compactness, ensuring a smooth and safe testing process for several devices of any shape or size at once.
Synchronize between software testing automation and hardware input seamlessly.
Perform full test cycles, including stress testing, continuously for over 72 hours.
Device hardware and software testing made Smarter, Faster, and more Precise. MATT is designed to physically interact with devices through replicating human input.
MATT is more adaptable than ever. By integrating MATT’s software suite with a 6-DoF robotic arm, devices of any shape, size or orientation can be tested with the same abilities of the MATT product family.
Device hardware and software testing made Smarter, Faster, and more Precise. MATT is designed to physically interact with devices through replicating human input.
Device hardware and software testing made Smarter, Faster, and more Precise. MATT is designed to physically interact with devices through replicating human input.
Automate connected vehicle device testing for in-car audio systems, video players, automotive navigation systems, and in-vehicle infotainment (IVI) systems connectivity with other devices. Verify usability by measuring functionality and stress test for everyday use by replicating user action on sensitive displays or button panels, mobile phone pairing and multimedia support features.
Comprehensively evaluate avionics, cockpit displays and cabin-connected video systems, passenger assistance systems, information management for comfort and safety, operational efficiency, and reliability. Gain reliable insights and measurements throughout mechanical stress tests or software test cycles under normal or adverse testing conditions.
From device commissioning, refurbishment and end-of-line testing, perform any human-tested touchscreen device test scenarios including multitouch hand gestures (tap, pinch, swipe, rotate).
Test medical devices and instruments to assure their proper use, performance, application, and functionality assessment when developing reliable medical devices suitable for human use. Prevent product functionality faults, identify and report software inconsistencies and demonstrate compliance with standards and regulations for diagnostics and therapeutic devices that investigate, monitor, prevent, and treat medical conditions.
Perform the steps continuously with the same precision and repeat response time measurement with unchanged accuracy for the most reliable measurements at your R&D lab for consumer and commercial electronic products. Test device performance, readability, audio, video, touch, and motion with real-life use cases in various conditions and changing environments that match typical device usage.
Conduct any wearable device test: from simple interaction with touchscreens and buttons to performing everyday use and durability simulations.
Test gamer interaction with joysticks and controllers by any console manufacturer, measuring game display latency for various mobile devices (monitor, tablet or a mobile phone).
We selected Adapta Robotics for their reactivity , as well as competitive prices. And MATT looks great! Very happy with the collaboration. The motivation and skills are great. Now looking forward to seeing these robots in action.
By integrating MATT into the commissioning processes, Zebra was able to fast-track product repair and elevate testing protocols, ensuring that every scanner met quality standards.
We are looking for solutions on how to automate hardware- based Gaming console testing when we found Adapta Robotics. We couldn’t be more thankful for the training, above and beyond support and customizations needed to fulfill our specific use-cases. Thank you, Adapta!
Adapta Robotics designs and builds highly customizable advanced robotics platforms powered by cutting-edge hardware and software backed by computer vision and artificial intelligence. Our mission is to automatize boring, monotonous, dangerous everyday tasks, with accuracy and efficiency that cannot be performed by humans.
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