Japanese Robots: The Seemingly Least Cool Robotics Story of July is a Must-Read!

Japanese Robots: the Must-Read Least Cool Cleaning Robots Industry

Cleaning robots don’t grab headlines – what with the DARPA Robotics Challenge, NASA’s nuclear powered dunebuggy on Mars, exoskeleton intrigue, ASIMO’s new training, etc. What those fancy robots don’t have, however, is a current and growing presence in our homes. A recent Japanese survey breaks down some interesting data:

• • •

Japan: Not Always as Tech as it Seems
Often discussed, but difficult to appreciate if one’s never been here, is the notion of Japanese technological duality, or contradictionism, if you will. Among the favorite targets are the fax machine and its death grip on relevance, banking stuck in 1997, and very late-to-the-game smartphone adoption. These exist side-by-side with some of the world’s most advanced robotics research, a plurality of global industrial automation, the world-standard high-speed shinkansen trains, nationwide 4G wireless coverage, etc.

A lot of Japan has remained unchanged for, ohhhhh… a few thousand years, and one of the technological hangers-on is the humble broom. While one can find a standard plastic broom with plastic bristles anywhere, there are just as many, if not more, shiny new cleaning tools with bamboo handles and some kind of dried grass or an entire plant just stuck on the end.

One might argue that if it’s not broke, blah blah blah, but try effectively sweeping anything other than a lawn with a tumbleweed wired onto the end of a stick. Granted, they’re used primarily for outdoor cleaning – but still, that they exist alone is a curiosity.

(Editor’s Note: Though we’re making light of the issue here, it’s also quite nice to be spared the noise and air pollution of leaf blowers and lawn mowers here in Japan. Mid-sized weed eaters, small engine rotary grass cutters, are pretty much the only motorized outdoor landscaping tools in use.)

So, arguably, in a country where all public school students spend at least 10-15 minutes a day cleaning their own classrooms and buildings by hand, where the verb「掃除」(“sō-ji;” cleaning) is often pronounced with an honorific prefix, and a generalized reverence for things being clean & tidy pervades much of everyday life, the leap to robot cleaners is an interesting one, but one that’s gradually being taken. Japanese buyers’ most common leap is this:



Yep, according to a new survey report from Tokyo-based Seed Planning Market Research and Consulting (市場調査とコンサルティングのシード・プランニング), Boston, Massachusetts-based iRobot’s Roomba, available here since 2004 (and first to market), holds a 75%+ share of Japan’s robo-cleaning market.

Seemingly unrelated, the luxury of home cleaning robots and the practical utility of disaster response robots have one thing in common here in Japan: iRobot. The American company makes both Japan’s #1 selling cleaning robot and the first robots able to enter and inspect the Fukushima Daiichi nuclear disaster zone. This again, is a matter of timing; iRobot’s PackBot and Warrior models have been tested and deployed in active war zones for more than a decade, and Roomba’s 2004 introduction in Japan was far ahead of any viable domestic models.

In second and third place, respectively, are domestic models from Tsukamoto Aim (below left) and Sharp’s Kokorobo series (below right):



(Another Editor’s Note: It’s not being, and would be unfair to imply here that all models sold by Tsukamoto Aim license and take design cues from Hello Kitty, but the existence of this product is, well, it’s just… Japan!)

To Buy or Not to Buy and Why: Reasons & Numbers
As elsewhere, cleaning robots got a slow start here in Japan. Shiny new gee-whiz product purchasing patterns from early adopters gave the market an initial bump, but average consumers were hesitant – rightfully so – early Roomba and domestic models just didn’t, you know, work very well, and reviews and word of mouth weren’t kind to the inspired, yet uninspiring machines.

The tech has caught up, however, and sales in Japan are booming. According to Seed Planning, since 2008 the home cleaning robot market has seen a 6-fold increase in yearly sales (approx. 380,000 units sold in 2012), and they project sales of 9o0,000 units in 2018. In a nation of about 128 million people, if realized that’s some serious market penetration. Given that homes in Japan generally aren’t all that big and don’t have a lot of carpeting, it’s all the more impressive. Among Japan’s massive, dominant middle-class, such expenditures are a luxury but not quite as economically extravagant as one might think – but still, 900,000!

In addition to evaluating brand preference and sales figures, Seed Planning’s survey among 400 cleaning robot owners and 300 non-owners also gauged reasons for consumers’ purchasing and not purchasing. Current owners included simple convenience and easing the cleaning burden as the most common reasons for buying, and, true to form in the Japanese consumer tech market, a lot of people just wanted to try a “cute” new product (in that vein, see video below for some of the best viral marketing cleaning robot makers didn’t but could have ever asked for). Non-owners cited cost and concerns over the robots’ ability to properly clean as the most common barriers to purchasing (best seller iRobot’s prices range from $650 – $800, Sharp’s Kokorobo models are comparable, and Tsukumoto Aim’s, at $100-$150 for the disc-shaped models, up to $400 for the unfortunately named “Hobot” glass cleaning model, are vastly more affordable).

Why Care? Because Live-In Social Robots Begin, Labor Shortages Pend, and $¥$¥$¥$¥$¥$!
Okay, to be fair, it’s understandable if you’re yawning at the ferociously unsexy topic of cleaning robots. But here’s the kicker: one has to fully grasp and appreciate that these unassuming little pucks of technology are the vanguard of personal service robot deployment and use. The quest toward a friendly, conversational, perhaps dressed-like-a-French-maid home and/or industrial service robot has to start somewhere – and clearly, it’s on. For now these simple machines operate within a very narrow spectrum of ability, but they are, nonetheless, primarily autonomous robots existing side-by-side with human beings, doing a job, becoming part of our conceptual landscape; these are the babysteps of human/robot integrative socialization, and while still novel to us, for future generations they might be simply obligatory and obvious.

Japanese society, as per usual, presents a unique market observation opportunity. Women do most of the cleaning and housework here, and if, as predicted and arguably very necessary, more women begin entering more of the workforce, in addition to the impending and unavoidable large-scale human labor crisis facing the country, then the seemingly over optimistic sales projection of 900,000 units in 2018 makes a lot more sense.

It’s often claimed, but seldom detailed how, the robotics industry is going to have any practical impact on the Japanese economy. (which it’s going to desperately need in 50 years when – and this is inevitable – 30% of what might be the world’s most advanced capitalist economy’s consumers have passed away, and due to extremely low birth rates, go unreplaced). Well, let’s see: how about 900,000 units times even the low-end cost of a cleaning robot plus maintenance, accessories, upgrades, etc.? Not a bad economic push, that.

For now, iRobot’s running away with the Japanese sales cake, but there’s no shortage of competitors on their way up. One review site, LesNumeriques, found 24 (!) viable models from around the world worthy of consideration:



So, there you have it. But, if even now the subject of cleaning robots does absolutely nothing for you, if you remain unmoved by the practical genesis of in-home, someday social robotics, if the intriguing demographic factors are just meh, and if you care little about potentially lots and lots of big-time money changing hands here in Asia, then we’ll simply leave you with these words:

Cat Riding a Roomba In a Shark Costume Chasing a Duckling
(
and if that doesn’t strike a nerve, someone should take your pulse)

• • •

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

VIA: ITMedia (Japanese/日本語); MyNavi (Japanese/日本語); Seed Planning Market Research & Consulting (Japanese/日本語)
Images: iRobot; Sharp; Tsukamoto Aim; LesNumeriques

RHex Performs Parkour In An Adorable Manner

RHex is definitely not one of the newest robots on the block, at least we have talked about it all the way back in 2007, where back then, this robot from Boston Dynamics was definitely not as refined as the […]

Like It , +1 , Tweet It , Pin It Original content from Ubergizmo.

    

Spanish Museum Relies On Robot To Catch Cracks In Artwork

I spy with my little eye, a crack in a Renaissance masterpiece! Well, that particular “job” has fallen onto the shoulders of a robot now, at least at Madrid’s Reina Sofia museum in Spain. A huge robot will scan a […]

Like It , +1 , Tweet It , Pin It Original content from Ubergizmo.

    

This $200 Brute Force Bot Will Bust Your Phone’s Pin in Hours

This $200 Brute Force Bot Will Bust Your Phone's Pin in Hours

Your Android phone is not safe. This 3D-printed robot systematically tries all of the possible lock screen PINs for your phone until it gets in. With your standard four-digit number, your phone is compromised in under a day. If only you’d had an iPhone!

Read more…

    

Drone Controlled in First Person Via Oculus Rift: Drone’s Eye View

The Oculus Rift will most likely lead to a new genre of first-person games, but it could also make drones a lot more fun to use. For his master’s thesis, Jonathan of Intuitive Aerial is working on Oculus FPV, a drone camera system that streams 3D video that can be viewed with the Rift.

oculus rift fpv by intuitive aerial

The system uses a Black Armored Drone carrying a laptop and two cameras. The laptop compresses the feed from the two cameras and sends them to a second computer on the ground via Wi-Fi. It’s a crude setup, but it works. According to Intuitive Aerial the current rig has a range of about 160′ to 320′ when using Wi-Fi cards. The video latency is 120ms, good enough for the viewer to pilot the drone at the same time.

That shot of the pilot wearing the Rift reminds me of Ghost in the Shell. Intuitive Aerial said it will improve Oculus FPV if it receives enough interest from potential clients. They should incorporate the MYO armband to Oculus FPV make it more fun to use.

[via Intuitive Aerial via Walyou]

Ziphius gets fully funded on Kickstarter, expected to ship in March

Now that’s what we like to see. Our first-ever Insert Coin: New Challengers winner has secured full funding over on Kickstarter — and just in the nick of time. With just over a day to go before the end of its fundraising period, Ziphius has managed to pass its lofty $125,000 goal. That means we can expect to see the cool little aquatic drone shipping to backers in March of next year, just in time for the warm weather. And we’d be remiss if we didn’t mention that you too can live the crowdfunding dream. We’ve opened up entries for our second Insert Coin competition, as of late last month. It may not get you all the way to a final product, but with $25,000 up for grabs, it’s a heck of a head start.

Filed under:

Comments

Source: Kickstarter

Tokyo’s IBIS robot promises cheaper surgery, throws shade at da Vinci (video)

Tokyo's IBIS robot promises cheaper surgery, throws a shade at da Vinci video

“Anything you can do, I can do cheaper,” says the Tokyo Institute of Technology while jabbing a rude elbow in the ribs of Intuitive Surgical. The Japanese institute is showing off IBIS, a surgical robot that is expected to cost between a third and a tenth of the $2 million it takes to buy one of Intuitive’s da Vinci droids. Unlike its electrically powered American rival, IBIS is pneumatic, making it significantly cheaper and able to provide force feedback to surgeons when the arms touch something. The engineers behind the ‘bot are hoping to produce a practical version within the next five years, and we’re already thinking about inviting both machines along for a fight at Expand 2020. In the meantime, you can catch IBIS in action in the video after the break.

Filed under:

Comments

Source: Diginfo

Robot Cracks Phone Security Code With Brute Force PIN Input

Now here is a robot that snooping boyfriends or curious ex-wives would like to have – on that can crack a smartphone’s security code in under 24 hours. Of course, when you look at it on the surface, this is […]

Like It , +1 , Tweet It , Pin It Original content from Ubergizmo.

    

Stainless Steel Robot Touted To Be World’s First

It seems that we are moving more and more towards a world where humanoid robots are going to take their place under the sun. Honda’s ASIMO has spearheaded this effort for quite some time already, but we are still far […]

Like It , +1 , Tweet It , Pin It Original content from Ubergizmo.

    

Paper Plane Drone: Little Brother’s Got His Eye on You Too

UAVs designed for military use are obviously expensive, but you still wouldn’t want to break even the more affordable recreational variants like the AR.Drone. That’s why Dr. Paul Pounds and his team of roboticists at The University of Queensland are looking into creating disposable drones. One of their prototypes certainly looks the part: it’s shaped like a paper airplane.

drone uav paper plane by dr paul pounds

The roboticists’ main reason for researching disposable drones is to help monitor forest fires, that’s why they designed the Polyplane to be cheap, easy to build and operate and also biodegradable. I guess the idea is for firefighters and rescuers to be fine with losing a plane or five so they can focus on looking for people in need.

The Polyplane is made from a cellulose sheet that’s been printed with electronic circuits. It’s then cured and sintered, turning it into a flexible circuit board. Like paper planes, the Polyplane can’t propel itself, but it does have elevons that it can use to steer. Head to Gizmag to see the researcher’s other prototype, a drone shaped like a maple seed.

[via Gizmag & Emergent Futures]