Zero-Touch

Controllers

A unique, hardware-centric approach to device testing.

  • ZERO-TOUCH TESTING

  • 100% REAL DEVICES

  • IPHONE TESTING

  • ZERO-TOUCH TESTING

  • ANDROID TESTING

  • DEVICE-CENTRIC TESTING

Programmatic control of real hardware

Overview

Quick snapshot of key capabilities.

01

Antenna isolation

02

Touch screen control

03

Live video

04

Standard Mobile OS

05

Industrial-grade camera

06

SIM Multiplexer

07

OTA/Radiated testing

08

Battery and button control

09

Audio control

10

Zero-touch IO controller

Programmatic control of real hardware

Overview

Quick snapshot of key capabilities.

Programmatic Control of Real Hardware

Overview

Quick snapshot of key capabilities.

Architecture overview

Large test coverage at scale

Large test coverage at scale

Our hardware-centric approach enables the creation of a large variety of tests on any version of Android or iOS.

Our hardware-centric approach enables the creation of a large variety of tests on any version of Android or iOS.

Our hardware-centric approach enables the creation of a large variety of tests on any version of Android or iOS.

Test using on real cellular devices

Utilize unparalleled device control

Capture high-fidelity performance and quality data

Perform thousands of tests in minimal time

Leverage rapid programmatic reconfiguration

Adaptable hardware architecture to enable many scenarios.

Adaptable hardware architecture to enable many scenarios.

A variety of test units and form factors to automate and scale lab testing, regression testing, maintenance, operations and monitoring.

A variety of test units and form factors to automate and scale lab testing, regression testing, maintenance, operations and monitoring.

A variety of test units and form factors to automate and scale lab testing, regression testing, maintenance, operations and monitoring.

Data to improve user experience

Gather and analyze field data to enhance performance and prevent downtime.

Collect data from multiple connected devices.

Distribution across the network edge.

Accurate data collected under real-world conditions.

Apply AI for predictive analytics for problem detection.

Automate to run thousands of tests in optimal time.