The ideas, hopes and challenges of today’s robots

Posted: March 25th, 2011 | 2 Comments »

Robolift was a superb conference. Nicolas did an amazing job of assembling a diverse and passionate group of  who discussed the current challenges, hopes and promises of robotics. For three full days, robots have taken the center stage and all those sessions ended up forming a coherent picture made of several key ideas and questions surrounding what will be major market in the future. Here is a quick recap of the key points that were made:

We can create emotional connections to robots
Paro
I’m human. Sometimes there are things that I believe against all logic. For me robots had to be objects we were keeping a certain distance with. Several speakers showed how that is not true: the Paro robot was one of the most striking example. Used with Alzheimer patients, this robotic seal creates authentic relationships with the people using it (see video, choose “PARO for patients in Italy”). Beyond these special usages, several talks showed how we engage with robots, whether it is kids helping a Roomba clean their bathroom’s floor, or people giving bots nicknames and treating them as members of the family.

As Alexandra Deschamps-Sonsino pointed during her Q&A session, “Robots are objects, and we spend our life creating emotional attachment to objects. You feel sad when you break a vase your grandma offered you. It is the same with robots, we mourn them when they break down.” Robots are just regular objects, my intuitions and culture was creating an intriguing distance with that notion, but one can indeed be emotionally attached to them.

Robots really don’t have to look like robots

To make a long story short: movements and attitudes mean more than shape. That was clear after seeing tenth of videos, like those presented by Fumiya Iida. His robots mimic the movements of animals, and it is striking how this is enough to make you relate to and engage with the robot. You completely forget the fact it is a piece of metal you are watching, and start making a lot of parallels with creatures made of flesh and blood. You engage more than when looking at those humanoid robots that always fail at recreating the human touch effectively.

Robots can do amazing things, and stupid things

We saw a ball throwing robot, and a robot helping alzheimer patients. We saw Aibo learning to recognize objects with more or less success, and robots fighting in Afghanistan. The universal laws of innovation apply to robotics: technology is neutral. You can not say they are either smart or stupid. They are what people do with them, with all the diversity that represents.

Robots make us more social, and they make us less social

Another area where robots are just like other technologies (= neutral). Cynthia Breazeal talked about how a robot could allow a grandma to read a story to her grandchildren, and therefore expand our social capacities, allowing interactions that used to be more complicated, less fun, or otherwise impossible.

But robots could also be interpreted in a negative way. We saw kids playing with their roomba, and not with other kids. So expect many people to say “robots make us lonelier, we will stop interacting with humans”. As usual the truth is in a balanced view: sometimes the robot will allow us to expand our social horizon, sometimes they will make us choose to communicate with a machine rather than with other humans physically close to us.

There are a lot of open questions with ethics and legal

Robotics is like the internet in 1995. A space for hackers and pioneers, starting to be recognized by businesses, with a couple of success stories under its belt. The problem (or is it the opportunity…?) is that the field is way too young to be legislated by governments that barely know this is happening. So it is up to those pioneers to self regulate. And now is a time of big questions. Do we want robots to kill? Drones are being used by politicians because they offer a “dream” equation: fight with no risk of human casualties, at least on the drone’s army side. The problem according to Noel Sharkey: the “buffer” created between the fighter and the field, materialized by a 2 second delay between a command and it’s concretization on the field.

The army is apparently recruiting the video games generation with ads like “you were a good fighter on your PS3? Come and join us, we have a job for you!” Civilized war has several principles, like applying a proportional response to a specific threat. Judgment capabilities that robots are not yet able to reach (will they ever be?), yet we have them fight our wars, more and more every day. Another question: who is responsible if your Google car crushes adog  on a pedestrian passage? Are you responsible because you signed a 500 pages user agreement approval you never read, or are the programmers responsible? Tons of open questions here, probably a few decades of legal debate and landmark cases before we have answers.

Cultures approach robots differently

One of the quote of the conference came from Fujiko Suda who answered my question on “why robots are coming from Asian countries like Japan or Korea?” by saying that Japanese “are not afraid to play god as they already have 8 millions of them”. There is an intriguing idea here, that our culture shapes how we perceive robots. Apparently in the West, we all consider that there is a superior being above us, the only entity allowed to create life-like creatures. Robots are, at least in our imagination, going to one day equal men in their appearance and intelligence. Maybe surpass us, and get out of control?

All this conditions our vision, and makes us more nervous than Japanese who see god in many aspects of their daily life. When they build a machine, they don’t cross as many lines as we do, hence their early adoption of these technology. It is not the only factor (an aging population in need of care is another one) but it is an important one.

Robots have something to do with god

As mentionned in my previous post, god came up quite a few times, and it seems there is definitely a relation between robots and religion. Dominique Sciamma claimed that “robots will finish the work Nietzche started, and kill god”. Maybe inventing and creating something as sophisticated and intelligent as humans will make Christians reconsider the genius of god? If a man can do it…

Overall, all the speakers gave very good talks. Congrats to Nicolas and the whole Lift team for doing such a great job. As Frédéric Kaplan told me in the train that was taking us back home, “it is rare to see a conference on Robotics able to make that topic as informative, thought provoking and entertaining”.


Robolift11, the present and future of robotics

Posted: February 23rd, 2011 | No Comments »

Lyon, March 23-25, 2012

After years of hype and crazy expectations, robots are ready to become an integral part of our life. Whether they are intended for care, education, or war, they can not be ignored anymore. Although robots did not show up under the humanoid form most of us expected, they represent a market estimated to 25b$ in 2010, 66b$ in 2025! The Googles and Microsofts of robotics are currently emerging, small startups scattered all around the globe in Europe, Asia and America.

Robolift is your chance to catch this revolution early, while opportunities are still open and up for grab. The conference will explore two key aspects of robotics. First, today’s reality. What are the best projects emerging in the different fields of robotics? What is the legal and ethical framework? How can we interact with robots, and how can we have them convey emotions? What is the place of robots in society, will they help us or put us out of work?

The second part of the program will be more prospective, exploring the big questions to be answered in the years ahead. What shape will robots take in the future? Can you teach a robot to learn and become independent? Can robots be hacked and repurposed? Should machines have a moral sense? Will we one day see a robot able to talk to humans?

A lot of big questions that will be addressed by today’s most prominent researchers, entrepreneurs and designers of the industry. Among them

Wendell Wallach


A consultant and scholar at Yale University’s Interdisciplinary Center for Bioethics, Wendell Wallach is interested in the prospects for implementing moral decision making capabilities in computers and robots.

Cynthia Breazeal


Cynthia Breazeal is an Associate Professor of Media Arts and Sciences at the Massachusetts Institute of Technology where she founded and directs the Personal Robots Group at the Media Lab.

Tandy Trower


The original Project Manager for Microsoft Windows, Tandy Trower has moved to robotics and recently started Hoaloha Robotics a new venture focused on robotic solutions for assistive care.

Patrizia Marti


Patrizia Marti is Assistant Professor and senior researcher at the Faculty of Humanities, University of Siena where she teaches Human Computer Interaction and Design of Learning Technologies

The conference will be organized inside the Innorobo salon, so Robolift participants can not only listen to great ideas and meet the people behind them, but also play with hundreds of robots presented by the key players of the industry.

The full information on the conference can be found on the event’s website located on liftconference.com/robolift11.


Robot designers and nature

Posted: September 4th, 2009 | No Comments »

The latest member of the swimming robo-fish family shows how bio-mimetism (the concept we were recently introduced to by Gunter Pauli) is inspiring engineers around the world.

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There are great projects in the region, the EPFL developing the salamander and fly robots. Makes me think it would be a nice theme for Lift10, I would really be eager to hear the results of the experiment that had robots and cockroaches interact in Belgium (see video below).

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Flesh eating robots

Posted: July 28th, 2009 | No Comments »

Are we one step closer to abandoning this planet to robots? Maybe. But don’t worry, that thing can “determine whether material that it ingested was animal, vegetable or mineral. [...] There are certain signatures form different kinds of materials that would distinguish vegetative biomass from other material.”

The question is: before or after it catches a piece of food?

‘Flesh-eating robot’ is actually a vegetarian, say inventors

The machine’s inventors say that the Energetically Autonomous Tactical Robot – known as Eatr for short – does indeed power its “biomass engine” by digesting organic material, but that it is not intended to chomp its way through battlefields of fallen soldiers. [...]

“We are focused on demonstrating that our engines can create usable, green power from plentiful, renewable plant matter. The commercial applications alone for this earth-friendly energy solution are enormous.”

Link (thanks Steve)

Reminds me of James Auger’s fly eating robots he showed at Lift09.

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Robots don’t have to look like robots

Posted: December 17th, 2008 | No Comments »

Frédéric Kaplan gave one of the best talks of Lift Asia, and shared a nice idea: you don’t have to look like a robot to be a robot.

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Frédéric’s latest project (an update on his previous project, the wizkid) will be displayed at Lift09, I am really looking forward to that :)


Acting as

Posted: November 26th, 2008 | 1 Comment »

It’s a bit hard to believe it’s a first, but after storied appearances in movies a home robot now made it to a theater.

Tuesday marked the theatrical debut for the Wakamaru, which appeared onstage alongside real-life actors in a play that’s being hailed as a first in robot-human artistic collaboration. Hataraku Watashi (“I, Worker”), by playwright Oriza Hirata, focuses on a couple who own two housekeeping robots, one of which loses its motivation to work.

Cheap labor

Link