Bill Joy was the architect of Berkeley Unix and a cofounder of Sun Microsystems. He is now a partner at the venture-capital firm of Kleiner, Perkins, Caufield, and Byers. He is perhaps best known as the author of "Why the future doesn't need us," a controversial call to caution published by Wired in April 2000.
But besides being an analyst of future risks (which CRN applauds), Joy also sees positive visions of where we might go. He writes:
In his wonderful new book, What the Dormouse Said, John Markoff tells the...stories of Doug Engelbart and John McCarthy, of the Augmentation Research Center, and of the early days of the Stanford University AI Lab. . . [He] chronicles the origins of the personal computer.
Taking off from this near-magical point in history, Joy challenges us to dream "big new dreams."
Most of today's best thinkers on the subject agree that Moore's Law has 10 or more years yet to run. If they're right, transistor density will in 10 years be about 100 times what it is now. In thinking about the future of computing, in hoping for further augmentation of the human intellect, do we understand what another 100-fold increase in computing power will mean? It should enable big new dreams. Let me suggest some, which might fuel the next part of the story of personal computing.
[Doug] Engelbart imagined a figure called an "augmented architect":
"Let us consider an 'augmented' architect at work. He sits at a working station that has a visual display screen some three feet on a side; this is his working surface and is controlled by a computer (his 'clerk') with which he can communicate by means of a small keyboard and other devices....Every person who does his thinking with symbolized concepts...should be able to benefit significantly."
Are we taking full advantage of the power of computers to augment our intellects? I don't think so. Computers are currently unaware of their environments--of the people and objects around them. The computer does not have cameras to see what we see, to know what books and papers are in the room. We don't interact with the computer in natural ways--for instance, by drawing on paper (while the computer watches with its camera) or on electronic paper (on which the computer could draw too). We don't talk, listen, or gesture to computers the way we do to each other.
And we're no better at entering into the computer's environment than it is at understanding ours. The best commonly available immersive technology we have today is the video game, not the architectural design package. We, sadly, spend much more of our collective energy and focus on virtual reality for entertainment than for education and augmentation.
Worst of all, computer software doesn't really interact with us. It executes what we request but doesn't initiate actions on its own. Our computers do not understand the goals of the projects we're working on. They don't think ahead and work, unprompted, in concert with us toward those goals. In reality, we work alone.
We have, or will soon have, sufficient computing power to build interactive, immersive, and aware software, so that the rooms in which we work, as architects or engineers, scientists or students, can routinely become immersive and interactive environments. We need to sponsor the hard research needed to make this dream a reality--to find and to fund the dreamers.
. . .
It's possible now, more than ever, to augment human intellect. We should boldly set our sights on Engelbart's goal. John Markoff has done us all a great service by writing a book that reminds us of the great value of thinking big.