FULU

Haptic Finger Nail for Augmented Reality

Interaction Design | 2019 | Solo | W12 x L20 x t7mm

Skills - concept / research / Arduino / Unity / visuals

Collaboration: Video – Yukako Tanaka

Photo – Deo Suveera

Graphic – Pamela Dimitrov

Exhibition – Hochoul Lee

 

FULU brings the sense of touch to everyday digital communication. 

A fingernail-mounted haptic interface for augmented reality, FULU generates the organic subtleties of touch.

Stroke the fur of your dog, touch the hand of a loved one, feel the waves on the beach, wherever you are in the world.

Easily connected to your mobile device with Bluetooth, FULU brings touch to video calls and gaming apps.

FULU product website: www.fulu.site

 
Photo by Deo Suveera

Photo by Deo Suveera

2. Interaction Demo

Why?

Currently, digital communication is highly audio-visually focused and other human sensory

experiences are fundamentally neglected. In particular, touch is the most important sensory

system to create trust and empathy, such as when babies first create a connection with their

mother with touch. Psychologists have proven that people can communicate 6 emotions via

touch alone — anger, fear, disgust, love, gratitude and sympathy. Touch brings to life

ineffable feelings and emotions.

What?

FULU is a nail-mounted haptic interface for Augmented Reality, for our daily life. With FULU,

you can touch textures far away, or in the digital world. The device will be applied on the nail

side so that you can retain physical touch on the finger pad. In other words, FULU creates

‘Augmented Touch’, allowing users to experience virtual and physical touch seamlessly and

simultaneously. FULU means ‘tangible’ in Japanese. It is also phonetically close to ‘full’,

implying full touch.

FULU is small and light - the size of a fingernail. You can carry it around in your pocket. It is

easy to use: users can connect to Bluetooth devices such as smartphones and laptops to

enjoy touch experiences anytime, anywhere. FULU can send and receive touch remotely.

For example, you can “touch call” with a long-distance partner or family members. You can

also, for instance, learn professional guitarists’ hand touch while you practise the guitar.

FULU can create texture and touch sensation from 2D images, adding 3D depth to current

2D screens.

FULU adds another dimension to the digital experience - touch. FULU creates a new touch

culture in our everyday digital experience.

Interaction 1 : Touch Texture

Interaction 1 : Touch Texture

Interaction 2 : Send and Receive Touch

Interaction 2 : Send and Receive Touch

Augmented Touch: allowing users to experience virtual and physical touch seamlessly and simultaneously.

Augmented Touch: allowing users to experience virtual and physical touch seamlessly and simultaneously.

FULU allows to touch texture in the virtual world | Photo by Deo Suveera

FULU allows to touch texture in the virtual world | Photo by Deo Suveera

FULU allows to send and receive touch remotely | Photo by Deo Suveera

FULU allows to send and receive touch remotely | Photo by Deo Suveera

A lot of people enjoyed new touch experience at Graduation Show 2019, Royal College of Art.

A lot of people enjoyed new touch experience at Graduation Show 2019, Royal College of Art.

FEATURED ON…

AXISonline.jpg

AXIS online

(JAPAN)

Dezeen vdf.png

Dezeen &

Ventura

panel discussion

ACM Interaction PC screenshot_small.jpg

ACM Interaction

Future100_2020 (dragged).jpg

J. Walter Thompson Intelligence

The Future 100

NU.nl.jpg

NU.nl

(Netherlands)

vpro.jpg

vpro.nl

(netherlands)

DDWhomepage.jpg

Dutch Design Week 2019

LDF_HP3.jpg

London Design Festival 2019

LDScovine1.jpg

LS:N by The Future Laboratory

RCAWebsiteShow2.jpg

RCA Show 2019

 

Collaborated with

Haptic and AR/VR Researchers:

Professor Kota Minamizawa, Keio University Graduate School of Media Design

Sebastian Friston, Immersive VR Laboratory, University College London

Dr. David Swapp, Immersive VR Laboratory, University College London


For press kit or further details, please contact: ryo.tada{AT}network.rca.ac.uk