Into the Light

Crestron touch panel

I caught a short piece over on Appliance Magazine titled “Product Review – Smart Appliances“. For anyone who remembers the media circus when “smart” net-connected appliances were being introduced a few years back (most notably all those cool “Thalia” concept models), you probably understand why my interest was piqued – the hype died so fast I’m not wondering where they packed off their tents and moved to, I’m wondering if the big top caught on fire and burned to the ground. As this 2001 article over on Forbes puts it, “In the decade and a half since, the path to the kitchen of the future has become cluttered with train wrecks.” So much for that I guess.

Meanwhile, in the background it appears there’s still stirrings of life. Not only is the above product by Crestron Electronics interesting in its own right (if kinda ugly), it’s part of a range of offerings by this privately-held company. From Yahoo’s background info webpage:

Crestron Electronics makes systems and software that provide computerized control of audio and video systems. Its products can also control a variety of other items, such as blinds, lighting, and security systems.

A very quick look at the competitive landscape isn’t showing much. One of their competitors, Simtrol, even appears to be tanking in the market based on the stock chart. I don’t get it. When the world is abuzz about mesh networking, why hasn’t home connectivity come back in vogue? After all, “smart” appliances are more than ovens you can turn on from the office PC (or operate remotely via a virtual world interface); they’re also about intelligent use and energy conservation. Given recent events and concerns about energy availability, I have to believe there’s a few more companies under the radar working toward real home electronic integration… ummm… other than Microsoft’s XBox. What with recent developments in solar energy materials and rising interest among the consuming public to outfit their homes to make them more energy-independent, how can there not be something going on? If left up to me, I’d be over in Australia getting to know the teams participating in the 2005 World Solar Challenge. Power management is often cited as the critical component in a successful run of one of those cars. Maybe someone is connecting some dots and we’ll see “smart” appliances make a return. I certainly hope so.

{Image Copyright © Crestron Electronics, Inc.}

Claytronics to Claymation and Back

Cletus Clay by Squashy Software

There’s been ever increasing news about “digital clay”; so much so it’s difficult to not trip over all the articles showing up online. WorldChanging explains the concept pretty well I think:

Claytronics research arose out of a combination of work on microscale computing devices and work on telepresence, so it’s not surprising that the researchers emphasize the utility of the claytronics system as a means of doing virtual meetings with apparent physical presence.

You might recall an earlier post of mine which touched on a related subject. It’s fascinating stuff and I’m looking forward to seeing the technology mature.

At the heart of this all afaik is Smart Dust, a technology that started showing up on my radar while surfing the web’s more off-the-beaten path sites like Nanotechnology Now, a good source for this kind of information (example). Anyone who watched Star Trek: The Next Generation back in 1989 probably had some idea about this potential technology just from watching the “nanites” episode. It was cool then and it’s just as cool now. And the merging of Smart Dust technology with telepresence is equally compelling.

But there’s so much news coming out I haven’t had time to properly digest it all… and so I’ve decided not to try right now. Instead I’ll just post some links and you can read them for yourself if you’re interested.

Why bother with this entry then? Well, mainly because a long time ago I used to make claymation movies and have always loved the look of it. And because some of the articles use claymation (which is really just stop motion animation using clay) as a way to explain the technology (now being dubbed “claytronics”), I wanted to use some crude subliminal techniques to draw your attention to a small indy game developer called Squashy Software, a one-man operation (I’m pretty sure) on the far end of the Long Tail. The above screenshot is from a forthcoming videogame called Cletus Clay (I love it). You can check out more screenshots and even give his other game, Platypus, a test drive. Heck, maybe even buy it (/crude subliminal endorsement).

Okay. Sorry about hijacking my own post. Here are some links:

PARC Research: Smart Matter Integrated Systems

Carnegie Mellon Univ: Claytronics – Synthetic Reality

Intel: Dynamic Physical Rendering

WorldChanging.com: Xerox PARC and Smart Matter

Post-Gazette.com: ‘Programmable matter’ one day could transform itself into all kinds of look-alikes

WorldChanging.com: Claytronics and the Pario World

(above image © Squashy Software)

When Objects Communicate

Vorwerk robot vacuum

I guess if a robot is going to vacuum a carpet, it should be able to talk to the carpet. And that’s basically what this puppy can do – talk to the carpet via embedded RFID chips (just wait until they use inks and dyes to weave it in). From the Discovery Channel news website:

Now the manufacturing company Vorwerk in Hamlin, Germany, has partnered with Infineon in Munich to develop an electronic carpet that wirelessly navigates a self-propelled robot over every square inch of a floor, and can even direct the machine to revisit sections it unintentionally missed.

I assume the next rev will have the carpet complaining about dirty spots and directing the robot to specific locations to do a more thorough job.

My favorite part of this news item though is when Burcu Akinci, the “expert” that apparently was in the office to answer the phone that day, makes this insightful statement: “If the whole room gets flooded, then I think the robot wouldn’t be able to navigate easily.” Classic.

(As an aside, the generic topic of object-to-object communication is especially interesting in that this capability is very much a “virtual space” feature. Barriers just keep dropping between the real and the virtual.)

(above image Copyright © Vorwerk)

RadTag Tech

RadTag Personal Security Device

Last year I did a quick little project (image above) called RadTag for a design competition. Didn’t get any notice (although I may have screwed up my entry) but I had fun with it. Aside from figuring out a business plan around this thing (a radiation detector that is a peer-to-peer networking device and personal locator), I also did a bit of technology research. One piece that saved my hide on this concept was a child location device I came across that used a wireless signal and cellphone towers. Looks like a better option may have surfaced. I just came across an entry on defensetech.org for a radio chip from Rosum Corporation that probably does a much better job, and I expect the intent is to facilitate exactly the kind of device I dreamed up last year. It’ll be interesting to see where all this leads.

In the meantime, I’ve had some conversations with Jerry Paffendorf (of the Second Life Future Salon blog) regarding the integration of augmented reality and services like Google Maps. He’s been following this stuff and has posted an entry that ties Google’s acquisition of Dodgeball into this. And you can read my comment there as well. Assuming you care….