Digital Interaction

Source Hub UI

As a home control hub, Source Hub supports voice control, knob control, touch control, and application and gesture control. With a variety of built-in communication protocols, it integrates many built-in smart-home control programs to help users experience the immersive smart-home life. Its simple operation mode enables every smart-home beginner to use and operate various related devices efficiently, and its interactive mode is close to the daily operation habits of users. The UI interface projects a consistent brand style to enhance the brand competitiveness and help users participate in the intelligent home-control process more comfortably and emotionally.

Designed by: Jialong Yao, Xiujuan Chen, I/IDSA and Wenbin Chen of Shenzhen Smoore Technology Limited for HDL Automation Co., Ltd.

Contact: Email | Website

Moxie by Embodied

Born from the desire to teach neurodiverse and socially isolated COVID-era children how to improve their social, cognitive, and emotional interactions, the Moxie robot companion embodies the next phase of human-machine communication, powering a new class of machines that is capable of fluid social interaction. Whereas humans normally have to learn how to work machines, the reverse is true with Moxie. It continuously adapts to and learns from children to support their development and provide companionship, ushering in a new era of machines that can teach humans and change how people can engage with their smart bots.

Designed by: fuseproject for Embodied, Inc.

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iFLYTEK Sound Imager

The iFLYTEK Sound Imager is a handheld detection device that can quickly locate partial discharge points in China. It solves the problems inherent in the traditional single-point inspection process: low inspection quality, scarcity of inspection personnel, and dangerous inspection environments in the electric power field. The iFLYTEK is designed to allow inspectors to carry out inspections safely, efficiently, accurately, and conveniently, making power companies more efficient in inspection scenarios and providing advanced technology guarantees for the safe operation of power-grid equipment.

Designed by: Ying Ren, Bin Zhang, Huaying Jiang, and Qingyuan Huang, Product Design Department for Zhejiang iFLYTEK Intelligent Technology Co., LTD

Contact: Email

BEYREP’s EQ Check-In

The EQ Check-In increases emotional intelligence in the home improvement industry by preventing users from communicating messages they might later regret by assessing the tone and sentiment of the message and prompting users to reflect.

Designed by: Grace Tsao Mase of BEYREP, Inc.

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This smart control center controls all loT devices in a home through a natural, familiar user interface with knob, touch, app, and voice controls.

Designed by: Houlong Li of Ruying Tech

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IoT Studio, One-Stop IoT Application Building Platform

IoT Studio is a platform through which users can build IoT applications to meet the requirements of various fields of IoT applications with a higher visual quality and better user experience. 

Designed by: Yunfei He, Wei Zhao, Ruihang Tian, Wenzheng Qu, and IoT DESIGN

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VELYS Robotic Assisted Solution Digital Experience

The VELYS Robotic Assisted Solution digital user interface is a step-by-step procedural guide that assists operating room staff and surgeons through setup, the procedure, and teardown.

Designed by: Johnson & Johnson Design and DePuy Synthes

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eLife Smart Home

This platform is more than just a home network solution that controls smart devices; it provides smart residential complexes, including homes and communities, with human-centric intelligence features driven by AI technology.

Designed by: Kukhyun Yoon, Juyong Eom, Hyemi Moon, Jungeol Bae, and Leezm Interactive for DL E&C

Contact: Email | Website

Sage HyperCycle ML

The HyperCycle ML is a machine-learning platform for users without a machine-learning background. Users can create an AI application to improve their business performance just by following the four-step methodology.

Designed by: Wang Kai, Li Zhangyu, Tang Jizheng, Xu Yun, and Wang Wei of 4Paradigm Inc.

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Haptic - Making the Visually Impaired Feel the UI

The goal of Haptic is to provide those who are visually impaired a better experience using their smartphone. Nowadays, visually impaired users rely mainly on their sense of hearing to operate a smartphone screen, but voice reading is difficult to use in noisy environments, doesn’t provide privacy, is inefficient, and is disruptive to others. Haptic is a haptic feedback language and system that uses vibration effects to help users identify elements on their phone’s interface and access key information. This solution is more in line with the way visually impaired people perceive the world.

Designed by: Liang Zhe, Zhao YiXin, Chen QiaoZhuo, and Jin Fan of Xiaomi Inc. and Gong Yi of AAC Technologies

Contact: Email