Social Things_09 ↓ PE

I just handed in my Portfolio of Evidence for this Physical Computing unit. Here is the demonstration video I’ve made, with the hands of Betty scrolling down through my prototype ↓↓↓

I used this song made by my musician friend Sima Kim, and tweaked it a little bit to demonstrate the type of effects I want to produce. Indeed, I’m working towards an evolution of the sound part through the speed of the gesture. Thus, I have some works to do with the MAX/MSP patch, but it might be a lot of fun. Since I’ve discovered MAX/MSP, I’ve always wanted to find the time to actually compose music with its. Should be a cool summer homework!

First, I should still take the next weeks to finish the object’s design in priority.

FMP_04 ↓ Proposal

Just handed-in my Final Major Project and Thesis proposal, here is it ↓↓↓



This isn’t a random wordplay but an actual statement. Take cyber and put flâneur; you got the verb, the term and the noun I want to dedicate my thesis study on. What do I mean by cyberflâner, cyberflânerie and its cyberflâneur – and how do I relate it to surfing? Wait, web surfing I meant.

Indeed, the area of my research is specifically the Word Wide Web and the act of surfing – and its relationship with the flâneur. This is the French way to name a man of leisure which was picked up by the scholar Walter Benjamin in the 20th century, and thus became the symbol of the modern explorer. As I aim to do it here, as the symbol of the digital explorer.

Fig 1. Windows 95 Commercial by Microsoft (Source:

The World Wide Web has undoubtedly changed since its invention in 1991 by Tim Berners-Lee. This is definitely to be broaden with the Internet, although the difference has to be mark. If the Internet – firstly ARPANET, has mainly been brought by the U.S Department of Defense to facilitate both communication and surveillance through a global networking infrastructure, the World Wide Web beamed with hope towards infinite explorations.

What exactly is the act of surfing? Here is the definition dated of 2004 found on Urban Dictionary:

  • Usually involves an individual browsing through the Internet, whilst not looking for anything in particular.

I particularly like the last bit: whilst not looking for anything in particular. This is how I relate it to the act of flâner. You put your time in that aimless stroll, mindfully observing the city and its surroundings; the self-awareness of this act is very important, and I believe the act of surfing encouraged that same self-awareness. We click from hyperlink to another hyperlink, surfing through the web pages as they are waves. Now, this isn’t much the case.

Fig 2. Questionary by Facebook.

New (inter)actions has since taken place out of the known gestures: the click and the scroll. The first is quantifying actions – such as like and follow, while the later has transformed the way the World Wide Web is thought, as it has brought up the feed.

Indeed, the hyperlink has been overtaken by the feed, infinitely bringing us contents – personalized yet automatized contents through algorithms. Recommendations systems keep getting more and more accurate by gathering datas through our feeds. Therefore, the act of surfing has now an undermining importance. This has precisely been “damaged” by those algorithms: how relevant is the act of surf if this is influenced by my localization, my previous searches and my datas? That’s why I’m referring to the cyberflâneur instead.

With it, the act of reading has also subsequently changed: short(er), fast(er), and linear. The risk underlying the infinite feed is a trap of time and attention. I believe there isn’t much satisfaction through the feed: you can’t never get enough, precisely because you’ll always get more. This linearity impacts on the act of reading, and I believe personal development is at risk here – the development of oneself. That’s why the concept of individuation is important – as I understand it from the works of Bernard Stiegler [1] against the hegemony exerted by big corporations on the Internet.

Nevertheless, I still don’t believe that the Internet as a medium – is specifically making us any stupid: it’s about the way the (inter)actions are designed and how we use its. The development of cognitive skills happens through the act of reading – and writing, though I’m choosing to exclusively focus on that first act here. I want to demonstrate that the cyberflâneur is very much alive: he/she is aimless, absolutely not mindless – and yet certainly non-aware of his/her own status.

Fig 3. “Paris Street, Rainy Day” by Gustave Caillebotte (1877).

Rather than to provide an actual solution – that would definitely put my work into the realms of the screen, I aim to create a debate around the act of the cyberflânerie. That’s why I want to transcribe the act of cyberflâner into the physical world, through the production of an interactive installation.

Before that, a completed literature review is my first step into the writing part: my main routes are Walter Benjamin and its “flâneur”, Guy Debord and its “dérive”, and Marshall McLuhan and its “global village”. I believe that a systematic review is needed to reach the figure of the cyberflâneur through the understanding of concepts thought at different eras. An expert research on the cognitive aspect of the Internet is also much needed, to add physical substance to my theoretical research.

My main framework is experimentation: I will definitely cyberflâne myself, and might ask individuals to do the same – with the possibility to use brain sensors to track any changes, added to the expert research I’ll have. The writing part would thus definitely overlap with the production part at the beginning. This won’t be the end-result of my project, as I only intend to use it as a way to gather datas. I’m also inspired by Kenneth Goldsmith and his concept of “Wasting Time on the Internet[2] – to find creativity into the act of procrastination. I plan to make use of this reflective practice by producing observations from the outcomes of its.

My other framework is the prototyping and research through it: which interactions represent the best the act of cyberflâner? I can’t find out by putting my energy through the end-production; I first have to test out and choose the better fit. For that, I also plan to conduct a field research using surveys – both online and in my physical environment, to generate thoughts and opinions behind gestures used and envisioned. A contextual research would also help me to define the existing practices in the use of the Internet as a medium.

Lastly, here are my two criteria of success: I want to get the individual to critically reflect on his/her actions on the World Wide Web, and hopefully encourage the act of the cyberflânerie.


Bell, D. (2008). Cyberculture Theorists: Manuel Castells and Donna Haraway. London: Routledge.

Carr, N. (2011). The Shallows: What the Internet Is Doing to Our Brains. New York: W.W. Norton & Company. (1998). The ‘Cyberflaneur’ -Spaces and Places on the Internet II – Ceramics: 05/19/98. [online] Available at: [Accessed 16 Jun. 2017].

[2] Goldsmiths, K. (2014). Why I Am Teaching a Course Called “Wasting Time on the Internet”. The New Yorker. [online] Available at: [Accessed 16 Jun. 2017].

Hendel, J. (2012). The Life of the Cyberflâneur. The Atlantic. [online] Available at: [Accessed 16 Jun. 2017].

Morozov, E. (2017). The Death of the Cyberflâneur. The New York Times. [online] Available at: [Accessed 16 Jun. 2017].

[1] Spatial Machinations. (2013). Bernard Stiegler, “the Net blues”. [online] Available at: [Accessed 16 Jun. 2017].

Van Honk, J. (2016). The Web and its Wanderers. Institute of Network Cultures. [online] Available at: [Accessed 16 Jun. 2017].

Social Things_08 ↓ Final Crit

We had the Project Final Crit this morning, in the presence of Rania Svaronou and Riccie Janus from IBM again. We organized it as a 2P2 feedback, as you can see it below. Pretty cool to see everyone’s project coming through their last iterations!

Here is my (5th) prototype ↓↓↓

(I wish I took a self-explanatory picture before I glued everything, instead of that long paragraph coming 😅)

I made up a very DIY case to ensure the foil was secured: plastic sheet for the touch and colored paper sheet to hide it. I’m considering to simply use colored plastic sheet for the last version, as I don’t need to see the BTS that much anymore.

Compared to the 4th prototype, I didn’t use copper tapes but simply switched back to foil to have bigger strips. I cut around 3 cm compared to 5 mm for the tapes. I also left around 3 cm space between each strip, while the tapes were dispatched too closely and created confusion for the MPR121. I also only used 3 strips compared to the 6 I previously had. I think it’s plenty enough considering the interactions I actually need from them – not that much.

Pretty simple, as instructed: the person has to hold on to the first strip, then slide through the two others strips. I noticed the foil strips sometimes went “off” or were confused between one and another despite the space between them – forcing me to re-start the circuit. It didn’t happen before, not sure if because foil has less stability than copper or it might be simply thank to the tape format? Well, need: bigger tapes!

The technical part didn’t change much from the 4th prototype: I used the same wiring + code for the Arduino part, and I simplified the MAX/MSP patch. Note: the first strip is wired to the 0 pin, the second strip is wired to the 6 pin, and the third strip to 11 pin.

Social Things_08 ↓ Final Crit 4

While the 0 pin didn’t change, I used select to bang each time it detects the 6 pin plus counter to bang each time it effectively counted 6 to 11. Both select and counter are linked to timer to know how many milliseconds has passed since the finger passes the second strip (aka first bang) through the third strip (aka second bang). Then I linked it to a gain function: the more the gesture is fast, the more there wouldn’t be much volume.

Social Things_08 ↓ Final Crit 1

(Here is Pipe interacting with my prototype, you can also see the title I’m settling on: LET’S DO IT RIGHT, LET’S DO IT SLOW.)

I wrote down the main feedbacks I got + my thoughts on that:

  • Audrey: “When moving fast, not aware of the reaction or the idea ‘slow down’.”

Agreed, the sound effects definitely need to be more obvious instead of gain, else it looks like it’s broken. I re-linked that to a feedback function right away, so it distorted the sound instead.

  • Rania: “Loves the idea. Thinking from an UX perspective, better to use vertical scroll instead. Match the speed of the gesture to the content and that’s all it needs more.

It was great to see the idea understood rapidly with straightforward advices. Plus, it seems the vertical scroll definitely comes off as more familiar and match the infinite scrolling we are doing on our social apps.

  • Gareth: “Loves the concept, definitely getting through: it’s the most important, technical part come later. Mention of psychological studies to the scroll gesture, and the insatisfaction we get from it through our never-ending feeds. Doesn’t think the scroll needs to be vertical.

Interesting thoughts – and also related to what I’m looking for my FMP. Maybe the gesture could work in both cases, depending on how people want to handle the object depending on their own preferences – siding horizontal and vertical?

  • Stephanie: “Advised a strong reminder for the context of the Slow Movement – a more high-tech approach with the phone, and the use of fabrics to tone down that approach.

Not into the phone direction, but I got where she came from and it actually gave me an idea: maybe I can ask people to put their smartphones besides my touch pad so that action acts like they are substituting their smartphones for my device?

  • Nicolas: “Something is happening: trust relationship with the object. Need an evolution of the content now: for example, if you scroll right enough to reach a good volume, the next step would be to maintain a good sound effect? The gesture is good as it is now: the hand rests while holding while the other hand scrolls? Last step is the object design, also think about where I want this object to be used? About the question of the fabrics, it could be filled up with cottons and such: take inspiration from toy stores, and look up at kinetic sound.

Digging that “evolution” idea. Definitely a home object, acting as a substitute for the smartphone as I just ideated. To be honest, I don’t think I will use any fabrics except silky ones: 1/ I want a slick touch to remind the screen. 2/ I don’t want my object’s design to be playful. Since I view it as therapy from the infinite scrolling gesture ≠ aka won’t be a toy, my aim is definitely an adult (teenagers included) audience.

The object’s design will also definitely shape the gesture I mentioned the wave idea to Nicolas. In my previous blog post, I previously mentioned that I ordered a plastic ball in order to prototype with its wavy shape, well I don’t know where my package is – hence the flat prototype…

Now looking into kinetic sound, my prototyping process is taking me more into the sound part – which it’s why I think I might let down the light part, I don’t think it’ll add anything much to the interaction. I will still consider it for my final sketches, more as a bonus aesthetic part. I’m still thinking about how you have these flashes when you close your eyes after seeing lights. Well, it’ll depend on the shape but it’ll need to be transparent at least on that part for the light to come through and hiding the strips would be extra work – and make caution that the MPR121 would still be reliable with the distance I’d need.

Though I got my concept across – which I’m feeling pretty relieved about, I still have then few mostly technical steps left: the object design, and the sound part of the MAX/MSP patch.

It might be better to hand over the sketches for the PE, and aim for an actual delivery with the objective of Ars Electronica (I didn’t mention it before but the class is going to Ars this September, and I’m bringing that Social Things project in my suitcase).

Social Things_07 ↓ Fourth Prototype

Here is the 4th prototype, where things are finally starting to come together ↓↓↓

Wiring: I wired up both MPR121 and the RGB LED to a prototype shield + a small breadboard to minimize the size of the circuit. I wired up the RGB LED as usual, look up my previous post and/or directly this tutorial. I wired up the MPR121 as instructed there on Sparkfun, to 6 copper tapes.

(Note: the MPR121 from Sparkfun has been discontinued, but you can find the same on Adafruit)

Code: I first used the original library but I wasn’t able to change the threshold so the tapes would still work with a plastic sheet as you can see on top. I asked Gareth and he advised me to use Bare Conductive’s library – indeed it was pretty easy to change the values there. Here is the code with my values + the RGB LED implemented part ↓↓↓

const int redPin = 5;
const int greenPin = 6;
const int bluePin = 7;
boolean ledState = LOW;

#include <MPR121.h>
#include <Wire.h>

#define numElectrodes 12

void setup()
 while (!Serial); // only needed if you want serial feedback with the
 // Arduino Leonardo or Bare Touch Board


 // 0x5C is the MPR121 I2C address on the Bare Touch Board
 if (!MPR121.begin(0x5A)) {
 Serial.println("error setting up MPR121");
 switch (MPR121.getError()) {
 case NO_ERROR:
 Serial.println("no error");
 Serial.println("incorrect address");
 Serial.println("readback failure");
 Serial.println("overcurrent on REXT pin");
 Serial.println("electrode out of range");
 Serial.println("not initialised");
 Serial.println("unknown error");
 while (1);

 // pin 4 is the MPR121 interrupt on the Bare Touch Board

 // this is the touch threshold - setting it low makes it more like a proximity trigger
 // default value is 40 for touch

 // this is the release threshold - must ALWAYS be smaller than the touch threshold
 // default value is 20 for touch

 // initial data update

 pinMode(redPin, OUTPUT);
 pinMode(greenPin, OUTPUT);
 pinMode(bluePin, OUTPUT);

void setColor (int red, int green, int blue) {
 analogWrite(redPin, 255 - red);
 analogWrite(greenPin, 255 - green);
 analogWrite(bluePin, 255 - blue);

void loop()
 if (MPR121.touchStatusChanged()) {
 for (int i = 0; i < numElectrodes; i++) {
 if (MPR121.isNewTouch(i)) {
 // Serial.print("electrode ");
 Serial.println(i, DEC);
 setColor(255, 0, 0);
 //Serial.println(" was just touched");
 } else if (MPR121.isNewRelease(i)) {
 //Serial.print("electrode ");
 Serial.println(i, DEC);
 //Serial.println(" was just released");
 digitalWrite(redPin, ledState);
 digitalWrite(greenPin, ledState);
 digitalWrite(bluePin, ledState);

Time to re-create the scrolling gesture: the thumb has to hold on the first tape while the others fingers scroll down through the rest of the tapes. This one-hand gesture is pretty similar to what you’re doing on your trackpad or on your smartphone.

I spent quite some time on MAX/MSP to figure out how I could make sure that the fingers have to pass through all the tapes – you might cheat by hold on to one tape only and it’ll still work. After trying out select, clocker and such, I used counter and it does count after the full action from the moment I hit the first tape to the last one! Still, I need to figure out how to measure the speed of that action.

I asked Nicolas for advice and we tried some stuff such as thresh or select added to timer. It didn’t quite work the way I wanted – aka no cheating allowed, but it gave me insight about how I can make it work for the next prototype. Indice: I’m thinking to use counter with timer.

For now, the only thing working is using select down the first tape to activate the sound (I chose an ambient style of music made by my friend Sima Kim in his debut days) through a comb function I intend to fully make use of for its effects.

It’s a bit messy but here the actual MAX/MSP patch ↓↓↓

Also, this is the MAX30100 which is the heart rate sensor I intended to use for the other hand to rest down ↓↓↓

I decided to not use it anymore – not that it didn’t work for some reasons… After discussing it with Nicolas and saying my aim was to parody the tracking technology, he said that my point wouldn’t come across as it’ll only be perceived as technologically intrusive – in fact, exactly why I wanted to get out from tracking datas at the beginning. Well I tried, out for good now!

The light also doesn’t have any real use for now. I’m still struggling to sketch an object’s design that’ll make the most of it while hiding all the wires. I’m thinking of a wavy kind of shape though. I ordered this plastic ball to use its half to cover up the LED, in order to envision the wavy part since I can make up the flat part – next prototype if I got it safely delivered.

Social Things_06 ↓ Third Prototype

Reminder: my prototyping process has lead me to an unexpected path; the path of re-creating a touch pad. I did think of directly buying one, but I wanted to get out from both the aesthetics and the shape which is pretty determined by its manufacturing and standardization – starting with the Apollo Computer in 1982.

Be it touch pads or touch screens – they both work with capacitive sensing.

It is very easy to get started with that kind of prototype with Arduino. Below – I used foil but you can pretty much use any conductive material.

Wiring: I connected (1) wire and (1) 1M resistor to respectively digital pins 3 and 4 directly on the Arduino. Both of them were attached to crocodiles wires holding on to a sheet of foil. I used an 1M resistor for its to only respond by direct touch, but you can use a higher resistor and it will respond by few inches.


Code: With its, I used the Capacitive Sensing library which is great to quickly get it to work ↓↓↓

#include <CapacitiveSensor.h>

CapacitiveSensor cs_4_2 = CapacitiveSensor(4, 2);
void setup()

void loop()
 long start = millis();
 long total1 = cs_4_2.capacitiveSensor(30);

 Serial.print(millis() - start);



By using the Serial Monitor, I could see the numbers going up when – I paused my finger; I paused it long enough; I pressed more than one finger. It is very straightforward, but it seems it needs stable conditions for its to work. There are copper tapes in the studio I can make use of instead of foil – it seems to be better in terms of stability.

It also might be better to switch to the MPR121, as I would be able to use different strips of foil in a easy and stable way. I didn’t use it previously because I thought MPR121 only had an on/off state, but I just need to time up these states according to Nicolas.

I also started to use MAX/MSP with Arduino, here is a simple patch visualizing the datas ↓↓↓

Social Things_06 ↓ Third Prototype

I’m actually thinking to use MAX/MSP to trigger sounds. More on that on my next prototype!

Social Things_05 ↓ Scroll Gesture

OK – I have to admit I spent the last three weeks a bit lost there. Despite the fact that I have tried different kind of sensors, none of them answered for me: it was about that precise interaction I wanted to pin down. After being through a slump I named inert-eraction, I had this “Euraka!” moment I still shall doubt every 15 minutes during any next brainstorming. Nevertheless, I got the missing element I was looking for my meditation device ↓↓↓

Yes, the scroll gesture – be it with the mouse, the touch pad and the smartphone. I’m not sure how exactly I ideated it – maybe when I was myself scrolling down and thought “I’m not moving much, am I?“, but I already had precise thoughts: I wanted an actual pause of movements without any physical sensors. The digital gestures match that! Why not using this gesture as the main interaction of my object?

Plus, the way we relentlessly stare at screens almost makes me think of a trance. For example, how many of us has been binging-watch series without noticing the hours passing by? Surfing on the Internet might then be a kind of non-conscious meditative state. The relationship between the perception of time is very interesting here, and the Slow Movement is indeed encouraging time mindfulness – I’m taking back my time lost in scroll-trance by scroll-meditating. Here it’s about the mean!

Thus, I need a touch pad to scroll on. When I explained my concept to Nicolas on this morning’s tutorial, he encouraged me to create a low-tech touch pad. He mentioned that I could use conductive fabric but advised me to first try out a DIY version using foil.

We talked on my thoughts of how these gestures are related to types of cognitive and psychological responses in their interactions, and how my device could end up creating another type of gesture. So far, I’m only aware of the research project and book Curious Rituals by Nicolas NovaKatherine Miyake, Nancy Kwon and Walton Chiu.

I found books that are more and less related, though: The Best Interface is No Interface by Golden Krishna, and Irresistible by Adam Alter (this article found on the Guardian is a good review of its). Both gives a different insight of the gestures we use with our digital devices; the first about how we get through the interface by designing better interactions, and the latter about how this interface get us addicted. Exactly the contrary of what I want to accomplish here, by taking the gesture down to another type of interaction.

Although I now know what I want my device to be, I still don’t know its output: sound, light, both? I mentioned the fact that I’m pretty influenced by James Turell in my works, and my wish to create an immersive experience using light.

Social Things_04 ↓ Second Prototype

So here the sensors I borrowed.


I had to connect it using Bluetooth with OSC, added to MAX/MSP. Thank Nicolas who made these super useful patches ↓↓↓

Accelerometer – YES/NO

I wired it to the Arduino and I just read its values with Serial Monitor – nothing special but in case someone wants the code (I hope the picture is clear enough for the wiring part, I don’t have any plans to share sorry!)  ↓↓↓

int x;
int y;
int z;

void setup() {

void loop() {
 x = analogRead(A0);
 Serial.print("value x ");
 y = analogRead(A1);
 Serial.print("value y ");
 z = analogRead(A2);
 Serial.println("value z ");


While I didn’t for sure make full use of them, the results I got weren’t satisfying. In fact, I don’t enjoy the handling of these – even though I did say I wanted the user to fully (inter)act with the sensors, aka with gestures. Both actually can be manipulated with small moves, but the in-air gestures aren’t something I envision as specifically meditative. It would have been great if my intention was to make a wearable device, but my idea of meditation is actually equal to a pause of movements –when you immerse in and face your mind.

I’m still lacking that specific interaction to go along with my meditation concept, and I have difficulty to see the output of its: I’m hesitating between a screen with generated visuals, or lights?

FMP_02 ↓ Litterature Review

I want to study the globalization of the world at the age of the World Wide Web (1991), esp. the question of cultural homogenization through it. The Internet is a key factor to understand the globalization in recent years. If the globalization started by the fair trades between markets, its consequences expanded to communications tools and eventually medias, and thus affected popular culture. Although the Internet has significantly broken down communication barriers between cultures, it might also contributed to the cultural uniformity of our societies.

Marshall McLuhan (1962) predicted the Internet as an extension of consciousness and describes how the Global Village as created by the electronic media to unify communities. However, it is important to points out that McLuhan didn’t link it to any uniformity adjective — arguing with my own statement, is the Internet really contributing to cultural homogenization? By exploring the question of Internet as a media, I want to reach an understanding of how globalization might shape the vision of our world.

This might be related to the ambiguity of the anonymous profile in the Internet. Marc Augé (1992) qualified non-places as spaces where humans can remain anonymous — like hotel rooms, airports or shopping malls — and retrieve their freedom.

However, in Society of Spectacle by Guy Debord (1967), he argues that social life has been replaced with its representation in the post-modern society. I’m assuming that both points of views offers a different stance on identity.

But if I go through the the Situationist theory and its use of flânerie, the construction of the digital identity also goes through surfing. Kenneth Goldsmith (2016) delivered an inspiration of its in his latest book “Wasting Time on the Internet”, which describes how aimless surfing can turn into creativity. I’m also thinking about the cognitive and emotional constructions of this behavior behind these actions.

Social Things_03 ↓ First Prototype

The advantage of this classe’s fast-paced schedule despite the irony of my Slow theme, is that even though I feel – and might certainly be right, that I’m ideating without any clear plans, I still have to get something out there.

If I don’t want to be literal – aka not doing anything with the phone and the notion of time, how would my object be possibly referring to the Slow Movement? Isn’t it why examples found are that literal?

No more doubts, here goes my first prototype! Lead by my contextual and knowledge research, I finally opted for a meditation device. The value of mindfulness advocated by the Slow Movement isn’t far-fetched from spirituality after all; I did find in my ethnographic research that some of my interviewees had activities such as meditation, others were into walking or biking. It depends but you got the idea: any mind-free activity.

For that, I assembled a DIY GRS sensor – aka taping down (2) wires to foil using Velcro, reacting to a LED with three states: NONE light when it isn’t used, GREEN when the person’s stress level is detected as normal, and RED when the person is presumably stressed. It won’t certainly work as such but I tried to convey my main idea at this moment: an object gaining its meaningfulness solely by the input of its user, else utterly useless.

Wiring: First, I followed Adafruit’s RGB LED tutorial. Then for the GRS part, I connected one of its two wires to ground through the breadboard and the other one to an analog pin through a 330Ω resistor on the breadboard.

Code: It’s super simple – read pins outputs and set LED colors with if variables ↓↓↓

const int redPin = 8;
const int greenPin = 9;
const int bluePin = 10;
const int GSR = A0;
int sensorValue;
boolean ledState = LOW;

void setup() {
pinMode(redPin, OUTPUT);
pinMode(greenPin, OUTPUT);
pinMode(bluePin, OUTPUT);

void setColor (int red, int green, int blue) {
analogWrite(redPin, 255 - red);
analogWrite(greenPin, 255 - green);
analogWrite(bluePin, 255 - blue);

void loop() {
sensorValue = analogRead(GSR);
Serial.print("sensorValue = ");
if (sensorValue > 0) {
setColor(255, 0, 0);
if (sensorValue > 5) {
Serial.println("Slow Down!");
setColor(0, 255, 0);
if (sensorValue > 10) {
Serial.println("Too High!");
setColor(0, 0, 255);
digitalWrite(redPin, ledState);
digitalWrite(greenPin, ledState);
digitalWrite(bluePin, ledState);

I don’t think my object should be thought around utility, but I feel it lacks both character and content in its meditative aspect. You don’t need such a device to meditate, after all.

Well, I did found a project by KP Kaiser that makes it somewhat useful; read his blog posts here and there. He used others sensors from GRS such as Heart Rate and Skin Temperature, making it actually track your meditation level and linked it to an app. It’s pretty high-tech; and for these sensors to fully work, it’s better for the user to actually wear them.

From now, I’m thinking I might take a low-tech approach in order to focus solely on the (inter)action. I don’t want the user to wear any sensors but to actually uses them. I might have an idea while iterating the prototyping, hence I just borrowed others sensors to try them out – let’s see how it goes.

FMP_01 ↓ Reverse Engineering Task

We started FMP – aka Final Major Project – tutorials. Prior to that, we were given a Reverse Engineering task in order to practice writing proposals.

I can’t say I’m sure about my FMP directions yet. Still, I’m pretty interested by topics such as globalization through the age of Internet. While researching what type of works have been done related to this topic, I stumbled across the project Homogenizing and Transforming World by teamLab — hence my choice for the Reverse Engineering task.

Though I’m saying I’m interested by globalization by scoping it through Internet — assuming it has been influenced by it, this topic still stays super large. To be honest, I don’t have any idea where to handle it at the moment. And I wouldn’t say it’s a joyful topic to treat, as I neither don’t want to fall (too much) into that heavy (this system is ruining our lives!) / guilty (we all are!) / dark (say no to globalization!) vibes type of project.

That’s why I think teamLab managed to convey an experience I would qualify as sensible — while the topic still got an efficient didactic kind of unfolding definition. Watch for yourself, followed by the task:


Homogenizing and Transforming World

Field of Study:

I want to study the globalization of the world at the age of Internet, esp. the question of cultural uniformity through it. My aim would be to create an interaction that permits the audience to understand the effect of globalization at his/her level as an full actor of its spectrum.


The Internet is a key factor to understand the globalization in recent years. If the globalization started by the fair trades between markets, its consequences expanded to communications tools and eventually medias, and thus affected popular culture.


Although the Internet has significantly broken down communication barriers between cultures, it has also contributed to the cultural uniformity of our societies. By exploring the question of Internet as a media, I want to reach an understanding of how the globalization shapes the vision of the world.


I will conduct a secondary research to fully understand concepts such as globalization and uniformity through Internet — and theirs impacts. Then, I will sketch different proposals while directly prototyping; thus research through making. I will hold several tests at a smaller scale, then as its real scale.

Predicted Resolutions:

I aim to produce an interactive installation that put the audience as an actor: individual balls floating in the air will communicate with one another via a wireless connection. As I’ve said, the Internet has spread throughout the world. Individuals are connected and information spreads back and forth freely. People act as intermediaries for information, and the instant the information spreads, the world unites. All individuals can freely and simply transmit information; the individual acts as an intermediary that transmits the information to the world, transforming it in an instant. (These are from teamLab, I can’t explain better…!)