The Saddest Robots in Japan Live Among the Sins of Sony


Google Me This: What Ever Happened to Sony’s Robots?
Okay, check it out: so there’s this massive, global technology company, and about 14 years ago they decide to make a few robots. Turns out they create some really smart, cutting-edge, super-tech devices: a doggy robot, and a toddler-sized android. But then they give up after only 7 years – in fact, last month marked the end of the giant corporation’s obligation to provide support, service, and parts for one of the most iconic robots ever created. Off-hand you might not know their names, but almost anyone with electricity will recognize these two:

On the left is Sony’s approximately 12-inch (29cm) tall AIBO robotic dog (Artificially Intelligent RoBOt). It went on sale in 1999, and the first run of 3000 sold out in less than an hour. According to their own figures, in total Sony moved about 150,000 AIBOs across 8 product iterations, which is not bad for a US $2000 robot toy.

To doggy’s right is the approximately 24-inch (60cm) tall android QRIO (Quest for CuRIOsity). This project began in 2000, and while it never went on sale, as a research & demonstration platform it was and remains one of the world’s most advanced bipedal robots. Only three years into the project, QRIO was able to run (defined by locomotion involving both feet simultaneously leaving the ground), thus besting Honda’s then already 10+ years of biped research (e.g., ASIMO and its precursors).

Sony developed a range of original software applications and hardware innovations for the completely unique and unprecedented robots. Both AIBO and QRIO could function autonomously, and their artificial intelligence suite included location awareness & autonomous navigation, personality development, speech, voice and facial recognition with recall, touch sensors, and multimedia collection and sharing capabilities. So yeah, well done, good work people! Right?

Termination
Well… ultimately it didn’t matter that Sony’s Intelligence Dynamics Laboratory had quickly and effectively developed two of the world’s most widely recognized and technologically advanced robots; it made no difference that with AIBO they’d created the most sophisticated consumer robot ever (and arguably best-selling), and it didn’t matter that, at relative super-speed, with QRIO they’d successfully demonstrated a state of art research & marketing android who was, according to their own promos, “Sony Group’s Corporate Ambassador.

The significance of IDL’s achievements was ignored; sadly, Sony’s unimpressed and apparently unmovable killjoy bean counters just weren’t feeling it. In what now seems an overzealous and short-sighted attempt to reign in costs and frivolous R&D diversification, on January 26, 2006 the press-release obituary went public: Sony’s advanced robotics projects were canceled indefinitely.

Why, Sony? Why?
With sales & profits at all-time highs, they were actually doing quite well at the time. But, that curmudgeonly British guy had been put in charge, and they’d already committed to some restructuring and fat trimming. Apparently the company’s robotics initiatives, despite their success and all-around awesomeness, were judged too chubby to keep around.

Quoted at the time, a Sony spokesperson said:
Our core businesses are electronics, games and entertainment, [AUTHOR’S NOTE: By the way, in the case of robotics that’s check, check, and check.] but the focus is going to be on profitability and strategic growth. [ANOTHER ONE: R&D costs money & takes time, sister! And strategic growth? Oh yeah, because that whole robots thing is just a fad.] In light of that, we’ve decided to cancel the Aibo line.” (QRIO research was chopped at the same time)

 

Sony robots do still exist. On YouTube, anyway. Oh yeah, and there was also the 2007 US $400 egg-shaped Rolly music player thingy. Rolly was a pseudo-robotic, fantastically useless, impossible-to-understand-why-it-was-brought-out-of-prototype money pit that nobody ever wanted. There you go.

So, How’d That Restructuring and Fixin’ Work Out, Sony?
Okay sure, the 20/20 of hindsight blah blah blah… but 7 years later we can now clearly see how essential eliminating their advanced robotics projects was to streamlining and revitalizing the fabulously profitable and innovative brand that is Sony… except for the fact that everything you just read is the complete opposite of reality. With the exception of TVs, cameras, and the PlayStation, these days we technodorky observers can but roll our eyes at nearly every product Sony plops out. They’ve pretty much been on a continuous slide since the robots were canceled. They actually lost over a billion dollars $US in each fiscal quarter of 2011. While last year’s losses probably won’t be nearly as bad (probably), that whole thing were a business actually makes money is not currently part of the Sony landscape.

So what we got here is this: Sony executed AIBO & QRIO in the midst of record revenue & profit, and that embarrassingly misplaced effort at austerity did effectively nothing positive. It did, however, very successfully destroy two highly advanced and respected robotics projects that even 7 years ago had as much potential as some of today’s most advanced work. Sony still bit the dust and has been eating dirt salad every since.

Would canceling the cancellation have done a whole lot to prevent Sony’s ongoing fiscal flaccidity? Probably not, but still – they axed two of the best robots in the history of history in favor of cranking out 26 more variations of the VAIO and continually investing in the weirdly fetisishistic PSP road to nowhere. Not well done, guys.

Unwanted & Probably Unqualified but FREE Advice to Sony from We Here in Realityland:
Hi, Sony. How’s it going? Yeah, I feel you. Okay, now shhhh. Here’s the thing: you gotta remember and respect that there’s a sweet spot between playing technological jazz and straight-up reading the music. Until you get that figured out again, here are all the answers you need – and you’re welcome in advance:

1. Murder the PSP and all associated software & hardware ASAP. Nobody wants that.
2. Cut the inexplicably bloated range of VAIO computers from 57 to 5. Nobody wants that either.
3. Focus on making just ONE good smartphone, and just ONE good tablet. We’ve all been waiting for you.
4. Memory Stick, UMD, DAT, and MD. Stop doing stuff like that, and begin divorce proceedings with Blu-Ray.

Now, with some of that huge stack of money you’ll save from taking the above to heart, go do magic – do what what Sony used to do – then get the band back together and make with the robots already.
_________

Reno J. Tibke is the founder and operator of Anthrobotic.com and a contributor at the non-profit Robohub.org.

 

 

This Robot Is Probably Better at Art Than You

Robots: great for a lot of things, not so much for having autonomous feelings or thoughts, widely believed to be crucial for making art (an increasingly contested point). While we’ve seen plenty of toasters draw and sculpt based on human direction or input from a camera, BNJMN is one of the first to generate his own imagery. More »

LG’s New Robo Vacs Come When They’re Called

One of the biggest joys of owning a dog is that if you spill food on the floor, you can call them over and have it taken care of in no time. And that has to be what inspired the latest version of LG’s RoboKing voice-activated vacuum cleaners. More »

R.BOT shows off Synergy Swan, a phone- or tablet-powered telepresence robot (video)

RBOT shows off phone or tabletpowered Synergy robots

While wandering around the show floor at the Hong Kong Electronics Fair, we had to stop and take a closer peek at these cute-looking robots. Conveniently dubbed the Synergy Swan, this 14kg machine from Russian-based R.BOT (or Quanzhou Future Robot Technology in China) uses an Android device as its face and camera, as well as sending movement commands for its neck (with four degrees of freedom) and wheels (maximum speed about 1.8km/h) via Bluetooth. The Android phone or tablet will obviously be equipped with the appropriate apps for either telepresence or automated interaction with people — the latter can simply be the tablet automatically starting to “talk” or play a video clip when a person smiles at it. Interested? You can nab a Synergy Swan for a surprisingly affordable $450, and there’s also a smaller but stationary Synergy Mime for just $250. Jump right past the break to see R.BOT US CEO Dmitriy Subbotin show off his robots.

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Robot Scouts Area For Danger Before Police Officers Do

Robot Scouts Area For Danger Before Police Officers DoIt seems that the Yankton Police Department has a powerful new ally in their midst, and it does not need to be trained for years – although having the right kind of algorithms would certainly come in handy. Basically, the Yankton Police Department has purchased a new robot which can scout potentially dangerous scenes right before officers make the decision to barge in.

Officer Michael Burgeson mentioned to KCAU-TV that in the line of duty, there are moments when a situation which could possibly involve a gunman cannot be avoided, and in order to minimize the risk of the loss of life, the police department will instead send out the robot to the particularly suspicious area before officers follow up. Just a few hundred dollars were spent in order to ensure the robot has been deemed certified for state and local law enforcement agencies to purchase used military equipment. In fact, this robot has already received a nickname – R2-D2, in honor of the droid that could in the Star Wars film franchise.

By Ubergizmo. Related articles: Robot Helps You Assemble IKEA Furniture, Robot Programmed To Help In Building IKEA Furniture,

    

Robot Helps You Assemble IKEA Furniture

Robot Helps You Assemble IKEA FurnitureI know, I know, IKEA furniture is supposed to be so easy to assemble, and in the long run, it also helps you lower the total cost of ownership especially when you want to refurbish your home with an entire set of furniture. For those of us who feel that DIY is not our cup of tea, then paying IKEA a small fee to have their staff assemble your newly purchase flat packed furniture is a good idea, but for other folks who simply cannot afford such an expenditure and are forced to assemble the furniture yourself, you might run into issues from time to time as you try to figure out just which screw goes in where.

Fret not, other than having a teenager around (who is infinitely useful when it comes to assembly instructions, thanks to their quick minds), there is also an alternative to help you out – in the form of a robot, of course. Italian researchers have demonstrated how their robot managed to assist them in building an IKEA table, thanks to the help of a force sensor and a vision tracking system in the robot itself. Still no substitute for a human though.

By Ubergizmo. Related articles: Robot Programmed To Help In Building IKEA Furniture, Ray Charles Robot Caught Performing In Japan,

    

Robot Programmed To Help In Building IKEA Furniture

Robot Programmed To Help In Building IKEA Furniture

IKEA tries to make it very simple for customers to assemble their own furniture. All of it comes with instructions, and if those are followed to the letter, then assembling furniture wouldn’t be complicated at all. However, this robot lends an extra hand and can be of immense help. Who thought putting together furniture could be so high-tech?

Italian researchers programmed a robot so that it could help them in putting together a table from IKEA. The robot was taught through a process, which is called kinesthetic teaching. In this process the robot uses its vision tracking system and a force sensor to learn whatever movements that are being taught to it. The video shows us how the robot first aids the builder by flipping over the tabletop, then automatically stiffens so that the builder can easily screw in the legs of the table. The robot also has compliant behavior, it moves accordingly with the movements of the builder. Obviously the robot is not a mainstream product that you can order for IKEA building nirvana, but it definitely shows us the many household applications of a programmable robot.

By Ubergizmo. Related articles: Robot Helps You Assemble IKEA Furniture, Ray Charles Robot Caught Performing In Japan,

    

Finally A Robot Will Help You Build IKEA Furniture

The real thing that’s frustrating about building IKEA furniture isn’t the little screws or the instructions. It’s the person who’s helping you. They misunderstand directions, hum Rihanna songs and kick the last dowel under the refrigerator by accident. And you can’t say anything because they’re doing you a favor. More »

Cyberpunk Robot Skull: the Borg Assimilate the Walking Dead

What the hell happened here? Did a Predator go hunting the Borg and take a trophy? Did the Borg assimilate a zombie? I have no idea. I just know that skulls are cool. Robot skulls are even better, and this hot, dead, robotic mess looks pretty bad-ass to me.
robot head
This skull is made from metal and has various tubes, a mohawk, a glowing LED eyeball, a Phillips head screw screwed through it’s face as if it were some robot right of passage and what appears to be head mounted lasers. Oh and some tubes that keep it all lubed up for some reason.

I love the wing nuts at the base, which would presumably tighten this thing down onto a body that is just as twisted. This mixed medium skull was made by horror sculpture artist Drakodarksydedesigns. Behold it’s awesomeness.

[via Obvious Winner]

SCHAFT Humanoid Robot is a Bad Mother… Shut Your Mouth!

Humanoid robots can be pretty creepy, but most of them aren’t that strong. That’s because their electric motors they use are pretty limited due to size. However scientists are working on making humanoid robots more powerful. The SCHAFT robot is a new prototype that features actuators that could make robots much stronger.

schaft robot

SCHAFT Inc. is an off-shoot of the University of Tokyo’s Jouhou System Kougaku Laboratory, which was the first lab to develop the actuator technology. SCHAFT is the first humanoid robot to use them. Can you dig it? Right on.

The actuator technology works by replacing standard servos with motor systems that have higher output, are capacitor-powered, and are water-cooled. The robot gets added strength and by pairing the new motors with advanced algorithms to control its bipedal movement, it can now withstand being shoved or kicked and remain upright.

That’s just frakkin great. Soon we won’t even be able to push them over. Not that robot tipping is all that much fun, but damnit, do you scientists actually want us all to die in the robopocalypse?

[IEEE via Geekosystem]