WEBVTT

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[applause]

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<v ->I love graphics.</v>

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They tease my eyes, challenge my mind,

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and extend my understanding.

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And after practice and design for nearly eight years,

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I'm still blown away by their power to communicate.

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See what I've learned in that time

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is that graphics are like a form of language,

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and it takes time to find your voice.

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For me, things really clicked at about the time

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I created this poster

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for the Mushashino Theater Festival in Tokyo.

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You know, my goal for this design was simple:

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to create a graphic that captured,

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perhaps the magic our eyes might experience

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when we see something amazing.

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After six years, I still enjoy exploring

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the color and form of this image.

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It has become the symbol of my love for graphics.

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What's truly fascinating is for thousands of years,

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humans have used graphics in various forms

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to communicate abstract ideas.

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From the elegant cave paintings

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at Cheveaux Cave depicting an array of ancient animals

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to Buddhist mandalas depicting the universe

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to arabesque patterns that show

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the principles governing our world,

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graphics always helped humans capture and communicate

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abstract processes at work in our minds

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and in the world around us.

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Now, fast forward hundreds of years

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and you'll see that we've been raised

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in a Golden Age of Graphics,

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and they surround us.

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Sometimes in terrible ways,

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but occasionally, in beautiful ways.

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And in the digital age,

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they are being proven again to be

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a powerful communication tool.

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Now, in 1945, something amazing happened.

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ENIAC, the electronic numerical integrator and computer,

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was turned on.

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This is widely considered to be

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the world's first digital computer.

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And this huge calculator

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started an armed race to build

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the world's fastest tabulation devices.

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Now, these machines were out of this world

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for the people of that time.

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And it's unsurprising that companies

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had a hard time explaining what they did,

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or really, why they were important.

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A photograph simply couldn't capture

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their inner workings, so they turned to graphics.

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Designers such as Anton Stankowski,

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who actually coined the phrase,

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"the visual presentation of invisible processes,"

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in the 1960's were commissioned

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to create abstract representations

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of what these machines could accomplish.

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These graphics captivated the imagination

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and started communicating this new

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and invisible world happening within computers.

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And they did it with style.

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So 50 years later, human ingenuity

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is pushing us even deeper into these invisible worlds.

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Whereas, the 50's and 60's was an exploration of hardware

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and 60's, 70', and 80's, was arguably

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an exploration of silicon and software,

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the exploration of our day is data,

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and more importantly, the potential of data.

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And yet again, graphics are proving to be

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an invaluable tools helping us describe

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and share the nature of the many complex processes

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within these invisible worlds.

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From my early days at Wired to my extensive work with IBM

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to fooling around with the folks at Facebook,

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and most recently, VISA, I've always been fascinated

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by the worlds within our networks and devices.

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And this fascination has sent me on a journey

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of drawing the invisible.

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Today, I'm often commissioned to create

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abstract graphic representations

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of things you can't see:

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themes such as connectivity, personalization, scalability,

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to name a few, are all common threads in my work,

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all of which display vast invisible processes.

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So how do you make a picture of something you can't see?

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For me, I started

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by asking questions and creating puzzles.

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For example, these sketches, so some of my first

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real work with abstract graphics.

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A little company called IBM

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commissioned me to create a series of visual compositions

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of contemporary technical phenomena.

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They wanted purely graphic,

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non-representational designs presenting terms such as

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insight, risk, computing, or simply, data.

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I mean, this was an amazing, yet daunting assignment.

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Where do you start when you're asked

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to create an abstract representation of data?

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See, at my core, I'm a visual storyteller,

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so making pretty pictures isn't good enough for me.

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It's important that I really understand the subject.

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And I create something that is smart

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as well as beautiful.

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And this is why I start by asking questions.

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I would question everything about the subject.

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There were no stupid questions.

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I mean, what makes data data?

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How do you structure data?

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What's the nature of raw data?

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I would sit in my studio having

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these low-level existential conversations

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that I as an art major in college

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was completely unqualified to have.

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But something constructive would emerge.

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That would be the seed for an image

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that could artfully, but intelligently,

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represent these subjects.

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For example, data is just simply information

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that's been collected.

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We all understand that.

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That's simple.

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You know another thing is that

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a single piece of data is useful,

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but generally, knowledge happens

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by planting multiple, and oftentimes

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unrelated pieces of data.

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That makes perfect sense.

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But, lastly, data is always changing, so it's alive.

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And like anything else that's alive,

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it's subject to external pressures and hierarchies.

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Now, when I go through this exercise,

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this is where things start getting visual for me,

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and I start making puzzles.

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And let's play this out a little further.

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A piece of data is called a data point.

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Well, in my world, this is what

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a data point looks like to me.

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You know but when you add enough data points,

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patterns begin to emerge.

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And, eventually, a picture fills-in.

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And then, when you add a sense of depth,

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you breathe life into the hierarchies

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and the pressures governing those patterns.

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And then what eventually emerges

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is my abstract representation of data.

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You see, by asking questions

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it's how I distill these subjects

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into the key attributes that define them.

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And it's these key attributes that guide my hand.

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And really, what emerges are graphics that are

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evocative of the many complex and invisible processes

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at work in technology today.

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[10 second pause]

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So, you know, whether I'm constructing an image

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representing the tsunami of DNA data

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we're currently collecting now,

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or how data and analytics is improving our personal health,

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you know, my motivation is to capture

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and celebrate the abstract nature of our existence

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into beautiful cognitive puzzles.

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And I've come to understand that my graphics draw

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upon many of the principles governing the natural world.

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Things like multiplicity, pattern,

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chaos, form, and function.

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But perhaps the strongest aspect of my work,

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I think, is when I combine

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geometry with iconography.

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And a great example of this is a series of six

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interlocking posters I created

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for IBM's Think Exhibit in New York.

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But another thing I've learned over the years

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and I find absolutely fascinating

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is the ability for these graphics

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to transcend language and culture.

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The work I was doing at IBM was central

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to a communication platform

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that spanned over 130 countries.

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From China to Chile, IBM was using

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these designs to talk about and communicate

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some of the more illusive and complicated stories

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they wanted to tell.

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So now, I'm really excited to share

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a piece of work I haven't shown yet.

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So, since working 60 hours a week

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just seemed too easy, I started

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a new studio, a new hybrid

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storytelling and design studio called StoryTK.

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And we recently concluded a collaboration

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that combined many of the graphic disciplines I love:

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abstract graphics, infographics, and motion graphics.

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And the client was Visa,

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and they asked us to tell the story of VisaNet,

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the global payments network system

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that processes over seven trillion dollars

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in transactions every year.

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I mean this was my biggest challenge yet.

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Something so big and so technical

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demanded that I get out of the studio

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and into the field.

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And my first stop was Visa's data center in Virginia.

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After getting a biometric scan

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and passing through an airlock tunnel,

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I was able to see the guts of one of the world's

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most sophisticated and secure global networks.

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And I got to talk directly with Visa's top engineers

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and was able to ask the questions

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that would help me distill this incredibly complex system

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into a simple list of attributes.

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Things like ubiquity, security, and equality

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immediately raised to the surface.

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And this prompted me to ask one simple question

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that would put me on a path to a solution.

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Is each and every transaction viewed equally

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in the eyes of the network?

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So whether you're spending 200,000 dirham in Dubai

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for a new Mercedes

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or two dollars in Denver for a pack of gum,

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does VisaNet treat each of those transactions equally?

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And the answer was yes.

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You see, they were so used to talking about transactions

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in the thousands or millions

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that a convoluted, a very simple but beautiful fact,

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that electronic payments, like snowflakes,

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are actually completely unique moments in time.

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And I was fascinated by this,

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and I was obsessed to find a way

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to capture this graphically.

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In working with Visa's data scientists

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we distilled that every transaction

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has a key set of variables

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that give it its unique signature.

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Things like merchant type, amount, time.

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From there, I developed a graphical system

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based on abstract forms to visualize these variables.

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And once the design logic was coded,

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the system would generate

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unique digital signatures we began calling snowflakes.

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So whether you were buying a wedding ring

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for your bride to be,

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or paying for your child's college tuition,

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or making a donation to your favorite charity,

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this system combined the power of information

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and abstract graphics to capture and visualize

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the data moving through one of the world's

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most secure and sophisticated global networks.

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And, yet again, graphics was a key part

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in helping us capture and explain

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a complex and mostly invisible process.

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And as people continue to build

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evermore complex and invisible technological wonders,

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abstract graphics will be even more necessary

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to communicate how they work.

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Yet no matter how much I celebrate abstract graphics

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as a powerful communication and storytelling device,

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their ability to delight

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is powerful and undeniably beautiful.

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Thank you. [applause]

