Embeddables: The Next Evolution of Wearable Tech

ANDY GOODMAN

Technology That Gets Under Your Skin

Wearables are getting all the headlines at the moment, but future headlines will be all about embeddables, tiny computing devices implanted inside your body that monitor your health, improve your functioning, and connect you to the digital world.

In addition to wearables, there is currently a lot of buzz in technology and design circles about living services, the Internet of Things, and smart materials. As designers working in these realms, we’ve begun to think about even more transformative things, envisioning a future in which evolved technology is embedded inside our digestive tracts, sensing organs, blood vessels, and even our cells. Everyday objects will become responsive and predictive, connecting us to the data sphere and reducing the distance between our skin and the surfaces of the technological world around us. As Figure 8-1 depicts, what we see further out, beyond the realm of wearables and implants, is the future symbiosis of the human body and the machine.

In his 2005 book Radical Evolution: The Promise and Peril of Enhancing Our Minds, Our BodiesAnd What It Means to be Human (Broadway Books), Joel Garreau explores the progression toward a post-human future defined by four converging technologies that are going to radically transform our interaction with the world: genetics, robotics, information, and nanotechnology. He dubs these the GRIN technologies, and they will drive the development of embeddable devices. With a few exceptions such as pacemakers and artificial hips, technology has always been at one distance removed from our bodies and brains. Not for much longer. The interface between the manufactured world and humans is going to become almost invisible.

The future symbiosis of the human body and the machine

Figure 8-1. The future symbiosis of the human body and the machine

The monolithic device with a screen might be on the verge of disappearing. It is being enhanced with numerous smaller devices, which might soon replace it as the way to access information. We will arrive at a more ambient experience in which sensors capture information about us and feed that information into systems quietly working away in the background. Wearables will give way to embeddables, nano-scale machinery inside our bodies, which can monitor, modify, assist, and enhance us.

These systems will act as mental and sensory prosthetics, increasing exponentially our knowledge, perception, and manipulation of the world around us. The early uses we are seeing in domains such as healthcare and fitness will extend further to virtually any domain we can think of. Communications, entertainment, socializing, learning, work, even self-actualization — any human activity we can think of is going to be modified and amplified with an invisible mesh of data and processing that we will drift through, mostly obliviously.

Embeddables are not just going to be a revolution in functionality, but will dramatically alter how people fit into society, affect human psychology, and even propel us toward intellectual transcendence.

Just looking at visual experience and sensing, we can see how this could come about. Imagine being able to perceive different light frequencies, the world in microscopic detail, or far distant objects in the universe. This would have a profound effect on our understanding of reality and our place within it.

Before we can start dreaming about the evolutionary acceleration that might be granted by these technologies we have to come back down to Earth for a while. There are many practical barriers that need to be considered. Embeddables will be sitting so close to us that the right balance between unobtrusiveness and practicality will have to be found. Systems that can predict and even meet our needs without us having to intervene will be the ones that resonate and find an audience.

We can already see with the rather too rapid backlash against Google Glass that people are very particular about what they put onto their bodies and how “social deviance” could become a big barrier to adoption. Parodies of people wearing Google Glass on shows such as Saturday Night Live and the fact that the New Yorker has dubbed early adopters “Glassholes” shows exactly the problem with wearable tech. It can open us up to ridicule. The designs of future wearables will need to subtly integrate with our clothing and our bodies or become fashion statements in their own right if they aren’t to become an evolutionary dead-end on the technology tree.

Likewise, the design paradigms that we invent for these ambient systems in which the entire body becomes an interactive canvas will need to steer clear of a different kind of social deviance. Maybe in the future we will become accustomed to the jerking, twitching, winking, nodding motions of the Glass wearer in the way that it has become socially acceptable to browse your phone while someone is talking to you (“phubbing”), but for now it looks deeply peculiar.

Although conversations on the subject are not mainstream yet, embeddables are emerging as a new topic for debate. According to a recent panel at Venture Beat “'Wearable’ computers will soon be inside us.”[] Embeddables are going to have significant consequences for the delivery of digital services as screen-based interaction becomes less prominent, and possibly even disappears.

This chapter discusses the scientific, social, and creative context of the embeddable revolution. It addresses what you, as a designer or engineer, will need to take on board to operate in this space. What was once a craft based on visual cognition will change dramatically into one that takes account of other senses and will need to be based on a much deeper understanding of human culture, rituals, psychology, physiology, and motivation.

To see the future, first we must understand the past. Humans have been interfacing with technology for thousands of years. We seem to be intrinsically built to desire this communion with the manufactured world. This blending of the mechanical and biological has often been described as a “natural” evolutionary process by such great thinkers as Marshall McLuhan in the 1950s and more recently Kevin Kelly.[] So, by looking at the long timeline of body modification we can see waves of change and future ripples.

For as far back as we have physical evidence, humans have been changing the appearance of their bodies deliberately both for art and seduction and as an unconsciously instinctive action. The purpose could always be distinguished as one of two categories: first, to modify states of social acceptance; second, to improve physical attributes and to repair or mask damaged or aging body parts. Far from the religious ideal of humans being born perfect, it is quite clear that we are painfully aware of our physical shortcomings and will do sometimes quite extreme things to present a more pristine, memorable, or powerful image. The resigned, almost welcoming capitulation to aging and death that shaped religious and philosophical narratives of early human cultures is certainly no longer a norm (if indeed it ever was).

Few people are totally content with the bodies they ended up occupying, but recently, we have developed the capability to change them in much more fundamental ways, from the gene up. The enhanced human will have improved attributes such as sensing and thinking (aided by computation), and better physical characteristics, such as endurance, resistance, and longevity. If you think this is a distant prospect, recent developments in artificial organ technology and robotics are bringing this sci-fi scenario closer than we might imagine. Although it is too early to agree with Aubrey De Grey’s assertion that we will be the last generation to experience death,[] it is safe to say that our children and grandchildren will certainly have a very different physical life experience that any humans who came before.

If we previously defined the two primary categories of body modification as “decoration” and Optimization and Repair, there is now a third category of body modification brought about by the GRIN technologies. We can call this extension. Even though it is unlikely that we will be able to fundamentally change our physiology — we aren’t likely ever to be able to fly for instance — there are myriad enhancements available to our standard functioning that will boost us in a dizzying range of ways.

 
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