The complete testing solution for devices that incorporate physical input, touchscreens or buttons, using a custom end effector to replicate multi touch input.
MATT provides objective means of replicating human interaction on devices, increasing the quality of the testing process by delivering precision, repeatability & uninterrupted operation, and using through computer vision & AI.
Powerful computer vision software performs icon and text recognition as well as response time measurement. Out of the box, Matt comes equipped with two high performance cameras designed for machine vision applications. One of these cameras is mounted on the effector while the other is fixed and used for device monitoring.
MATT ‘s design ensures robustness, making the robot able to perform round the clock testing cycles on multi-touch devices.
Physically interacting even with the smallest of devices, MATT, quickly and accurately connects a smartwatch to a smartphone through Bluetooth.
MATT is using a custom finger to rotate the main knob of a washing machine, to let an iPhone device control and monitor the washing program using Bluetooth.
MATT for Automotive: automated touchscreen testing features and functionalities on a Visteon infotainment device. The robot’s flexibility allows multiple testing scenarios in a sequence.
MATT performs in a testing protocol meant to determine the touch- to- display response time, additionally being an essential tool in benchmarking between different phone brands. Read more at MATT – Gaming Use Cases
A fully automated solution for testing POS terminals. MATT enters the transaction amount into the POS device, then utilizes a custom-designed cradle to slide the phone for payment processing. Once the payment is completed, MATT automatically confirms the receipt, ensuring precise transaction verification.
MATT simulates the typical usage of a blood pressure monitor, from powering on the device to navigating its menu, selecting the appropriate function, and initiating a blood pressure measurement session. A pressure sensor is integrated with the inflatable cuff to monitor the pressure levels throughout the process.
To assess the wake latency of a smartphone’s touchscreen, MATT is programmed to execute two key tasks: triggering the screen input that prompts the device to "wake up" and recording the exact moment the tap occurs.