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Fashioning Tech

for fashion futurists & wearable tech enthusiasts

  • Home
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    • Fashion

      Kinetic Couture: Introducing the Butterfly Dress

      January 25, 2017

      Fashion

      Kate Spade Brings Whimsy to Wearables

      August 29, 2016

      Fashion

      Aerochromics: Pollution Monitoring Garments Aim to Become A Sixth Skin

      August 17, 2016

      Fashion

      ‎BODYSONG‬./Glitchaus GLITCHJK Jacquard Bomber Jacket

      February 27, 2016

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      3D Print and the Jewellery Industry: An Overview

      December 11, 2015

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      Bring A Little Bling To Your Workout with Misfit’s Solar-Powered Activity Trackers Made From Swarovski Crystals

      January 6, 2015

      Fitness

      Wearables in Contemporary Ballet

      November 18, 2014

      Fitness

      Fibers Software Transforms Your Fuelband Data into Art

      August 19, 2014

      Fitness

      Adidas Reissues Micropacer OG

      August 14, 2014

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      Fashionable therapy brightens winter SADness

      July 30, 2015

      Healthcare

      Lightwear: An Exploration in Wearable Light Therapy for Seasonal Affective Disorder

      February 4, 2015

      Healthcare

      Vigour — A Gorgeous Wearable For Rehabilitation and Physical Therapy

      December 18, 2014

      Healthcare

      Space: What to wear?

      June 7, 2014

      Healthcare

      E-textile Pillow for Communication Between Dementia Patients and Family

      November 5, 2013

  • Wearables UX
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      Moff: Wearable Smart Toy For Kids

      August 21, 2014

      Wearables UX

      Temporary NFC Tattoo

      July 29, 2014

      Wearables UX

      Wearable Tech Guide to SXSW

      March 7, 2014

      Wearables UX

      PixMob’s LED beanies light up the SuperBowl by turning the crowd into human pixels

      February 3, 2014

      Wearables UX

      Cadbury Joy Jackets

      January 16, 2014

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      Interview with Davide Vigano of Heapsylon

      April 30, 2014

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      Make It Wearable Video Series by Creators Project

      April 3, 2014

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      Interview with Sparkfun’s Dia Campbell

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      Interview with Julia Koerner

      March 20, 2014

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      Interview with Akseli Reho from Clothing Plus

      March 17, 2014

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      August 24, 2016

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      Biofabrication: The New Revolution in Material Design

      August 23, 2016

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      Aerochromics: Pollution Monitoring Garments Aim to Become A Sixth Skin

      August 17, 2016

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      Biomimicry and Sports Apparel

      August 15, 2016

      Materials

      Smart Fabrics Conference May 11 – 13

      April 27, 2015

  • DIY
    • DIY

      Techno Textiles – Concordia University

      January 18, 2016

      DIY

      Smart Fabrics + Wearable Technology 2015 Review

      July 8, 2015

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      Explore and Learn from the Students of the Wearables Class at CCA

      April 19, 2015

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      Make It Wearable Winners

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      JPG Data Knit Blanket Series from Glitchaus

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  • About
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matt pinner

Fashion

Interactive Synapse Dress by Anouk Wipprecht reveals wearer’s metal states

written by matt pinner

Created by Dutch FashionTech Designer Anouk Wipprecht, modeled in collaboration with Italian Architect Niccolo Casas, 3D printed at Materialise, and the awaited Intel Edison (announced at this years CES in Las Vegas) was incorporated into this garment to make it the smartest yet!


Anouk’s work tries to imagine how new high tech materials combined with smart sensors and actuators can impact the ways we connect, communicate and relate to one another. She believes technology will transform from the role of a ‘device’ towards functioning more as an integrated medium. As ‘wearable electronics’ like smart watches and trackers have fully arrived and it’s time to look at what more fashion has to offer, and the field of smart textiles and interactive garments have barely been explored. While there starts to arise more requests for ‘intelligent fashion’ from the consumer market, as noticed by the designer.


The Synapse Dress is an experiment between the wearer’s internal and external state, aimed at being ‘interactive fashion’ gone smart. this dress functions as an sensing garment, an dress based on bio-signals acting on the wearers behalf due to embedded sensors and actuators. Like Anouk’s other works, her over the top high-tech meets fashion style suits to a broad audience, to impress and ignite. But – the designer says – she also sees a very app-liable approach to the concept. As the dress logs your mood, and senses you far beyond one set of bio-signals only, the dress can become a little ecosystem which monitors your attitude, integrating the data from many sensors to put interaction back in the hands of the wearer, while co-evolving with the system around your body.

During Intel Development Forum 2014 (#IDF14) several different modes of interactions were explored on the Intel Edison micro-controller. The wearer was able to control the bright LEDs with manual control, remotely, with her mind, heart rate, and even proximity. She was able to capture photos and video during states of heightened concentration. These experiments with the participants and the data gathered inform a new series of connected and body sensing garments in the designers already impressive collection.


The dress headpiece is fitted with a sensor that tracks the wearers attention level. The Synapse Dress is aware of the wears heart rate via bluetooth. A wifi camera is controlled from the Edison micro controller to collect data about the wearers personal space when they are feeling anxious or in (dis)stress. An on-board web app collects and collate this data for review should the wearer want to know more about their emotional triggers, functioning as a ‘mood map’ of the wearer’s mind, and day.

The Synapse Dress is controlled from voice commands should the wearer want to express some of this sensor data or blast a person with 140W of blinding blue light if they come too close. These involuntary responds on the wearers behalf make for an interesting conversation about comfort while treasuring her personal space.


Unlocking the potential of body sensors, voice control, and intelligence within a garment gives a new view on ‘fashion design’ than we would have thought of in at the start of this century. On board intelligence that ‘lives’ with us while it’s nurturing our mood and protecting our personal space. These capabilities open up a new world for interaction designers to research possibilities and design products around the way people act without their devices. 2015 could be the year that things all come together to bring innovative feeling garments to the market.


As Anouk has been at the fore-front of, as well as challenging, the merging of technology and fashion. this year she really (and according to the designer “- finally”) notices a ‘switch’ in attitude towards the field in where the industry finally starts to see the potential of interactive garments. The field is now increasingly more visible and sought after she says, but a real shift can’t be made without changing our attitude towards production processes. We asked her a few short questions:

What immerse experience are you aiming for with Synapse?

With Synapse I did a first attempt to embed Intel Edison into a sensing garments, a dress that electronically relates to her mood and attitude as an window to her ‘inner self’. Focussed on the experience of the wearer and with the use of Intel Edison I try to challenge, embed and explore new kinds of sensing methods like wireless biosignals and also new outputs like an on board camera which for example – at the height of her focus, automatically capture her observations. All data can optionally be transferred wirelessly to an external display and at the end of the day she has an ‘mood board’ of her own day.

On the potential to incorporate a personal emotional state into a garment: Where my former works have been more based on the expressive ‘external’ notion (a dress that covers itself in smoke as soon as you step into her personal space, or attacks you when an intruder gets too close) this dress is focused on the ‘internal’ state wearer where my system will authorize, nurture and curate (private) inner feelings aimed on self-awareness. In a social sense it might be based on identity and the conception of identity as well. With fashion being the curator of a global sense for style and identity – wearable technologies like this might be the curator of the individual and the inner self instead. A ‘smarter sister’. As a sensing garment like this can create a very personalized approach based on ‘how you feel like’, rather than ‘who you are’.

What is the most significant change Intel Edison brought to your design?

Working with Intel Edison allows me much broader simultaneous sensing and actuating capabilities, envisioning my dialogue with fashion that behaves (or mis-behaves) intuitively as it enabled my vision to sense, process and connect wirelessly to share and transform the raw data of bio signals in real time. The dress is a collaboration with the New Devices Group at Intel, with whom we have much more things planned. This usage of the micro controller platform board in this setting is only the start, as many more utilizations spin my head.

With “wearables” concept being grown every day, – how do you see it affecting consumer fashion?

We came a long way but the fashion system and the technology system are still two completely different systems. This needs to collide much more in order for a new field like interactive garments and smart textiles to flourish. We are finally at a time that designers, technologists, companies and industries are talking and creating functional and admirable prototypes. Which is really great, therefore I am looking forward to the things to come.

Interactive fashion will define how we ‘buy’ our clothing; an electronic dress won’t be thrown away, but will be updated and upgraded, digital manufactured and tailor-made. I think for example, buying an electronic dress will affect our attitude towards our garment, as you will flow from being a ‘wearer’ to being the ‘user’ of your new dress.

How does the interactive aspect change how people think and feel about their clothing?

I think with the evolution of internet and new media, which is coined at creating more digital intimacy and engagement (example, intuitive interfaces, IoT, Web 3.0 etc), people will start to ‘search’ more for an immerse connection. Established bonds that we have with technology will morph into personal and intimate connections that we have with the interfaces around us. It is for the designers to create or recreate these new interfaces that can capture data and realize, re-communicate or argument this data through digital or physical means. As the concept of wearable technologies move from simple tracking devices it may well evolves to represent a more tight alliance between the body and technology significantly changing how we interface and interact with the world around us.

I saw two things when I started research into technological connectivity ten years ago; from an technologists point of view technology started to crawl closer to the skin, and from an fashion designer’s mindset – I noticed that fashion could be one of the most intimate interfaces we have around our bodies. At this point all the garments I like to create are a a bit dramatized demonstration of what certain interactions can convey, to provoke and inspire – but in broader view they relate to how I imagine new high-tech materials and on body interactions can impact the ways we connect, communicate and relate to one another. In my observation, technology will transform from the role of a ‘device’ towards functioning as an integrated medium. With fashion being the only truly ‘wearable’ – spread all over our bodies and increasingly integrated abilities to sense and compute, we can start to redefine how our future wardrobe will look like. I try to evoke and stir this discussion with my work.

Dresses as communication medium: functioning as interface or ‘medium’ between wearers body/skin and surroundings; a privilege to wear or a necessity very soon? Get in line, as this designer could release some designs to the market in a near future, if only to supply us with otherworldliness.

Interactive Synapse Dress by Anouk Wipprecht reveals wearer’s metal states was last modified: September 17th, 2014 by matt pinner
September 17, 2014 0 comment
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Wearables UX

PixMob’s LED beanies light up the SuperBowl by turning the crowd into human pixels

written by matt pinner

PixMob has done it again by creating another wearable that turns show participants into part of a large screen. This opportunity to create interactive environments with PixMob’s ability to push realtime content really excites me. I cannot see what they come up with next.

 

The entire show is controlled by blasting the crowd with IR signal to tell their pixels which color to be. Even the 80k pixels make for a quite low resolution from what we’re used to, so there is a great bit of work in using movement and color for the show instead of the graphics we’re used displaying during shows. Wired got some behind the scenes footage of their testing for for the show here.

The stadium was outfitted with 14 transmitters which beamed video onto the audience

 

 

@Hamelin_MP: Fortunately, #pixmob is not the #halftimeshow every Sunday! @PixMobOfficial #stress #dreamjob #sb48 pic.twitter.com/1KkDJI1Kwu

of the possibilities of this Bead of PoixMob says they can be:

Woven into costumes, PixMob Beads illuminate a dancer’s body, opening up creative possibilities through movement, shadow-play and space. They can remotely light-up or react to body motion.

 

 

 

Early versions of their Xylobands were used for Cold Play

 

A more sleek version as built for Eurovision

 

 

[UPDATE 2014-FEB-4] 

The gory details of the coordination can be found in their recently awarded patent:  https://www.google.com/patents/US20130250184 

 

 

PixMob’s LED beanies light up the SuperBowl by turning the crowd into human pixels was last modified: February 3rd, 2014 by matt pinner
February 3, 2014 0 comment
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Fashion

Wearable Tech Events in LA with Anouk Wipprecht

written by matt pinner

We are incredibly excited to be hosting Anouk (anoukwipprecht.nl), a leading fashion tech designer and innovator. She is going to be in Los Angeles working out of the LA Makerspace from March 19th until April 18th! During her time here she is going to be working on a large wearables project for a famous car brand. Firsthand we’ll be able to see a master at work as she works through her design, prototype and build process.

March 23th 10-12.00
Discussion: Anouk will take us into the world of wearable tech and some of the amazing projects she has worked on with colleagues and celebrities like The Black Eyed Peas and Britney Spears.

YOU MUST SIGN-UP HERE for this Saturday:

http://anouk.eventbrite.com

April 6th & 7th 10-15.00 (both days)
Prototyping workshop: Get your ideas together and get ready to design your project because Anouk is one of the best wearables tech designers in the world and she’ll guide you through the design process.

YOU MUST SIGN-UP HERE for the two day workshop:

http://fluidfashion-eorg.eventbrite.com

Requirements:

13+ years old (Attendees under 18 must be accompanied by an adult.)

LAMakerspace members get 20% off the total.

 

Wearable Tech Events in LA with Anouk Wipprecht was last modified: March 21st, 2013 by matt pinner
March 21, 2013 0 comment
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DIY

homemade optical flex sensor glove

written by matt pinner

(via hackaday)

 

[Joel] dug up this hack that he pulled off over ten years ago. It’s inspired by the Nintendo PowerGlove, and uses flex sensors to react to movements of your fingers. The interesting thing is, he built these optical flex sensors himself.

He likes to say that this is a ghetto fiber-optic setup. The inlaid diagram above gives you an idea of how the sensors work. An IR LED and infrared diode are positioned at either end of a piece of clear aquarium tubing. When the tube is flexed, the amount of light that makes it to the diode is diminished, a change that can be measured by a microcontroller. [Joel] found that he could increase the resolution of the sensor by adding something to the center of the tube, blocking the light when not straight. In this case he used pieces of scrap wire. The outside of the sensor was also wrapped in shrink tubing to keep ambient light from interfering with measurements.

He uses a trimpot to tune the sensors but we wonder how hard it would be to add a calibration algorithm to the firmware?

 

homemade optical flex sensor glove was last modified: October 21st, 2011 by matt pinner
October 21, 2011 0 comment
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Fashion

ready to wear 3d printed bikini

written by matt pinner

 

Continuum is part fashion label, part experimental design lab. Together with ShapeWays they’re selling these bikini’s to order from $626 . 

 

 

Read more here .

ready to wear 3d printed bikini was last modified: June 7th, 2011 by matt pinner
June 7, 2011 0 comment
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Fashion

Cocktail serving intimacy dress

written by matt pinner

Roböxotica Festival in Vienna has been making a splash in the world of cocktail robotics for 12 years. This evening I freed myself just in time to catch a wearable entry, Daredroid, that has left me awe struck. Anouk Wipprecht, Jane Tingley and Marius Kintel were in attendance displaying the dress with promises of a demonstration tomorrow. Along with v2.nl they came up with a really nice method for making a fluid dress mobile. daredroid_accufusers An Accufusor, or Pain Pump, is used by anesthesiologist to administer a regulated dose of medication over a long duration. These are already made to be wearable and maintain a constant pressure which drastically simplifies the valving required for interactive effects. The disadvantage is having to find an anesthesiologist in Vienna willing to part with some in the eleventh hour for an art project. Needless they pulled it off miraculously. daredroid_intimacySensors A range sensing neck piece is intended to determine proximity of participants and shutdown the flow of alcohol when they are too intimate (close).

Cocktail serving intimacy dress was last modified: December 4th, 2010 by matt pinner
December 4, 2010 0 comment
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