CineMoco Is The Time-Lapse Robotic Camera Dolly Of Your Film Noir Dreams

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Making great panning time-lapse shots has long been the domain of auteurs like Stanley Kubrick, Steven Spielberg, and Uwe Boll. Now, however, you can use the CineMoco (coupled with the CineSkates) to take interesting panning shots using a motorized mini-dolly that can be programmed to whiz past a scene or take it nice and slow.

The Kickstarter project aims to make it easier to create cool panning shots for your video projects without setting up a huge camera rig or hiring assistants. You place your camera on the small dolly, set the motor to move it slowly past the scene, and either take multiple shots or one continuous video.

CineMoco makes robotic camera moves with a modular motor controlled wheel. CineMoco runs smoothly for video, shoots photos between moves for timelapse photography, and moves on command for stop motion animation. A built in 5 hour rechargeable battery, power cable, camera trigger cable and travel bags are all included.

The CineMoco works with all of the company’s affiliated hardware including a rail system for rolling your DSLR back and forth and the CineSkates themselves. You can check out all of the Cenetics projects here.

Now for the bad news: the CineMoco costs $620 during the pledge period, which, in the grand scheme of camera accessories, isn’t that much but it’s still pricey. But what price can you put on a beautiful time-lapse pan of a waterfall or a quick zoom across the room in your French New Wave remake of “Starship Troopers”? None. None more price.




Gadgets Are The Name Of The Game At Disrupt Hardware Alley

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As if our new hardware-based Hackathon opportunities weren’t enough, we’d love to draw your attention to Disrupt Hardware Alley, a collection of hardware startups who are ready to amaze, delight, and stupefy you with crazy hardware from around the world.

This year we have over 25 participants and we’re sponsored by NewBlue Innovators Program by Best Buy. Look for some wild stuff including a programmable flashlight, a compact and effective botanical vaporizer, and a robot that will allow home viewers to motor around the show floor and interact with visitors and exhibitors.

It will be, as they say, a hoot.

Again, special thanks to Best Buy for helping out and thanks for all of our Hardware Alley participants. It’s hard out there for small manufacturers but as we bring more hardware startups into the fold I’m sure we’ll see more respect given those hardworking, non-pivoting, and under appreciated electrical engineers who have to get it right the first time.

Manufacturers: There’s still time to join. Email me at john@techcrunch.com if you want a spot. Hurry, because tables are closing fast.


Hardware Hackers: We Want You At The Disrupt Hackathon

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Do you have hardware project that’s been simmering on the back burner because you can’t get access to a 3D printer? Come on down to the Disrupt Hackathon and use one of the MakerBots and Raspberry Pis we’ll have on site for anyone to use. Build toys, robots, Arduino cases, or whatever you want and enter the Disrupt Hackathon as an inaugural hardware hacker. We dare you.

The best hardware hack as chosen by the judges wins a brand new Replicator courtesy of MakerBot – a $2,000 value.

What can you do to prepare? For starters, I’ll have four Raspberry Pi boards available for hackers to futz with during the evening courtesy of our friends at Adafruit Industries. If you’d like to get access to one (and to keep one) you must contact me at john@techcrunch.com before this Friday and I’ll choose four hackers at random. You’ll want to bring an SD card with Adafruit’s own Raspberry Pi Linux Disro already ready to go so you can get down to hacking instead of spending precious minutes flashing images. Also check out the tutorials available online for hacking the Raspberry Pi.

If you’re already an advanced hacker, pack up your Ardunio board and bring a selection of sensors and motors. Once we get better at the hardware portion of the festivities we’ll be sure to bring a supply for you all to use, but this year in SF we need your help to shape our hardware hacker best practices. Come ready to build something in 24 hours with a team of strangers and please don’t roll in with a fully-formed multi-armed robot you designed over the past decade (although that would be badass).

I’m looking forward to seeing some hardware hackers at our Hackathon on September 8 and please drop me a line if you have any questions. Again, the Makerbots will be available all night and four individuals will get a Pi to play with so plan accordingly.

May the hacks be ever in your favor.


Y Kant Junior Fbricate Smiknduktrs: Tinkermite Tablet Teaches Kids The Basics Of Hardware Design

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Modern parents will recognize the dilemma: we want our children to learn about hardware engineering and design at birth but we don’t want them using soldering irons until they can keep their heads upright and/or develop gross motor skills. What’s a parent to do?

Enter Tinkermite, a Kickstarter project aimed at offering the wee ones the opportunity to understand the rudiments of mobile phone design without an advanced degree in telecommunications technology. The toy consists of a small puzzle featuring phone parts like the battery, CPU, and memory chips as well as a front draw-and-wipe screen so the little ones can pretend they’re using Dad’s iPad.

Creator Jacob Sullivan designed the toy after realizing kids could learn basic electronics concepts alongside the traditional educational toys.

So we began to think about barnyard animals, and began to wonder about the perspective of a baby. If you are a baby and didn’t know anything about anything … is it really any harder to learn the names, shapes, and colors of barnyard animals than it is to learn about computer parts? Or do we start teaching our kids the same ideas our parents gave us, because those are the ideas their parents gave them?

The Tinkermite will cost $50 and they’re $3,000 into a $15,000 pledge so there’s a small chance this might not make it. After all, parents know all too well that kids don’t want fake phones. My kids have been sliding to unlock since before they were born, I’d be curious to see what they make of this wooden tablet. However, if your little Alexandra Graham Bell is interested in sucking on some non-toxic wooden memory chips, this may be just the treat.

Project Page


Vibease: The Long-Distance Relationship You Always Wanted

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We’ve seen quite a few startups try to disrupt relationships lately. There’s Dejamor, which sends you a box of romance each month, Boink Box, which sends you a box of sex toys, and I seem to remember a somewhat embarrassing interview with OhMiBod at CES.

And today, yet another sexy startup joins the space. It’s called Vibease, and it’s a “massager” as they say, that hooks up to your smartphone via Bluetooth. You can text chat, a bit like Pair, while your lover can control your massager from across the country, and vice versa.

The app offers text and picture messaging, along with the ability to create custom vibrations. You can also set a nickname instead of using your real name (God forbid some friend or mom see your name flash across the screen next to “Vibease”).

For the moment, Vibease doesn’t quite have their Bluetooth massager ready for market. “It won’t take long,” they say. But in the mean time, the Vibease app will use the phone’s vibrator “as a tease.” Plus, there’s a “Solo Mode” with ambient noise like Rain or Deep Breathing, which lets you drop it like it’s hot all on your own.

Vibease is only launching on Google Play today, with iOS coming in the near future. The team wants to get traction and feedback on the app before shipping the Bluetooth bunny.

Click to view slideshow.


MilkTape: $15 For 128MB USB Drive Disguised As A Cassette Tape

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Johnny looked Amanda in the eye. They had only been dating for a couple of weeks, but in a summer romance, just before heading back to college, weeks seemed like forever. And yet, were still never enough.

He nervously patted down his own pockets, as if he had forgotten something, and then sighed with relief when he felt the cassette tape secure in the breast pocket of his flannel shirt.

Her iPhone buzzed. It was her mom, but she ignored the call and instead responded with a quick text. She handed him one of her earbuds and turned to the Music app before playing “Call Me Maybe,” bopping along to the beat.

It was the perfect moment, he thought, and placed the cassette tape in her hand, the same one he had been holding.

“Oh my god! Did you make me a mix tape?” she squealed. Her name was written on the tape, and a list of fifteen songs had been sloppily jotted down on the paper case cover that had come with it. “I don’t even know how I’m going to listen to this. Do you have a tape player?”

“You don’t need one.” Johnny smiled before taking the case from her hand and removing the tape. He hooked his fingernail on a little USB key, that swung out of the cassette tape on a hinge. “You have your laptop with you, right?”

“Just my dad’s PC,” she said. “My MacBook is at the Genius bar.”

“That’s ok. MilkTape works on both.”

She plugged it in, slightly bummed that it wasn’t a real mix tape, but she hid that from Johnny. On the bright side, she thought, he can give me way more songs with a USB than a cassette.

She opened the drive and scanned through a list of 15 songs, before becoming quickly disappointed. And it showed on her face.

“What’s wrong?” Johnny pleaded. “You don’t like the songs? I only put Gotye on there because I know you like the song, not because you’re somebody that I used to know.”

“Six megabytes remaining? Really?” She was furious. “How much did you pay for this? It’s a cute thought, but if you spent more than a couple bucks on this…”

“It was $15,” he said, head bowed.

“Did they come in a pack?”

He shook his head.

“I mean, you can get a 16 gigabyte flash drive for $10. I guess I just don’t know why you spent so much for 15 songs.”

Amanda closed the laptop.

“I could have gotten a 4GB flash drive for $5, and that would still hold a thousand songs,” he answered. “The point of limited storage is that I have to choose carefully. You know, like they did in the old days? With cassette tapes.”

“I guess that’s kind of cute,” she said, snuggling up to him once again. “But when I make you one I’m just going to put it on Spotify, ok?”

Click to view slideshow.

[via Reddit]


Electronic Glove Helps Doctors Diagnose Breast Cancer

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A new product dubbed the Glove Tricorder by Med Sensation aims to make it easier for doctors – and patients – to diagnose breast cancer as well as problems like enlarged kidneys and other sub-dermal issues. The gloves currently contain a number of sensors including pressure feedback loops and accelerometers. Eventually the company plans to add ultrasound pads to the tips of the glove, allowing doctors to see inside the breast as they manipulate the tissue.

The system currently allows doctors to “quantify touch,” thereby allowing them to tell exactly what they’re doing right and wrong during examinations. For example, if a trainee is squeezing too hard or is not in the right position, the glove can give that feedback to an instructor.

“Soon everyone will have a glove that can be used to assess a sports injury or can be used to do self-clinical breast exams. In the future we will be able to augment a human’s ability to diagnosis illness, by adding sensors such as ultrasound probes that will be able to integrate the data and provide real-time assessment of heart valve abnormalities, abdominal pain, and much more without having to go to medical facility,” wrote the founders.

The project is part of the graduate studies program at the Singularity University. It was founded by a Harvard medical student, Andrew Bishara, and a pair of engineers, Elishai Ezra and Fransiska Hadiwidjana.

via Fast Company


What Makes A City A City? New Visual System Identifies City Characteristics

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If you’ve been to cities and you’ve had enough, have you been to Paris, France? Paris is defined by a few magical characteristics – the street signs, the architecture, the street features – and a new system at Carnegie Mellon identifies cities based on their special traits.

The project describes a fairly complex algorithm that is able to find aspects from Google Street view.

Given a large repository of geotagged imagery, we seek to automatically find visual elements, e.g. windows, balconies, and street signs, that are most distinctive for a certain geo-spatial area, for example the city of Paris. This is a tremendously difficult task as the visual features distinguishing architectural elements of different places can be very subtle. In addition, we face a hard search problem: given all possible patches in all images, which of them are both frequently occurring and geographically informative? To address these issues, we propose to use a discriminative clustering approach able to take into account the weak geographic supervision. We show that geographically representative image elements can be discovered automatically from Google Street View imagery in a discriminative manner.

The system currently works in multiple city using large samples of images from cities around the world. Using these, the system can identify where a random photo was taken with some degree of accuracy. Interestingly, the system can also be used on everyday objects, including “discovering stylistic elements in other weakly supervised settings, e.g. “What makes an Apple product?’”

You can download the study PDF here.

via VisualNews


Color-Changing Soft Robots Will Someday Simulate The Crawlers Of The Deep

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Soft robots are made of silicone and use hydraulic controls to move across a surface or lift an object. Researchers at Harvard University have gotten these guys to walk around (albeit while tethered to a heavy control unit) and now they’ve gotten them to change color.

The robots work like octopi in that the pigment colors their skin based on surrounding rocks and foliage.

In an article in Science Magazine, the team describes how they’ve created a system that senses the surrounding color and then pumps in color. You can read more about the project on the DARPA website where they go in depth on the impetus behind the project.

Why does this matter to the Department of Defense? DARPA foresees robots of many shapes and sizes contributing to a wide range of future defense missions, but robotics is still a young field that has focused much of its attention so far on complex hardware. Consequently, the costs associated with robotics are typically very high. What DARPA has achieved with silicone-based soft robots is development of a very low cost manufacturing method that uses molds. By introducing narrow channels into the molds through which air and various types of fluids can be pumped, a robot can be made to change its color, contrast, apparent shape and temperature to blend with its environment, glow through chemiluminescence, and most importantly, achieve actuation, or movement, through pneumatic pressurization and inflation of the channels.

“DARPA is developing a suite of robots that draw inspiration from the ingenuity and efficiency of nature. For defense applications, ingenuity and efficiency are not enough—robotic systems must also be cost effective. This novel robot is a significant advance towards achieving all three goals,” said DARPA project manager Gill Pratt.

The robots can also simulate muscle motion for flesh simulators or prosthetics.

These robots will help fill the gap between gasp-inducing monsters like Big Dog and microdrones like those at the GRASP lab. They’re cheap, soft, and can camouflage themselves in dangerous situations. Plus they’re creepy as heck.




Sorry We Missed You: YC-Backed BufferBox Solves The Problem Of Missing Packages

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Living in Brooklyn, NY (the place where package deliveries go to die), I know better than anyone the struggle of missing a package, tracking it down, and then traveling however long it takes to recover said package. It’s so much of a pain, in fact, that I often give up the second I see that “Sorry we missed you” sticker.

But a company fresh out of Y Combinator‘s Summer 2012 class is ready to disrupt this mayhem with a clever little box, a BufferBox. It’s a bit like Amazon Locker, where you have all your Amazon packages shipped to a relatively convenient location instead of missing them. However, BufferBox works with all of your packages (UPS, FedEx, USPS, and Amazon).

Here’s how it works:

After signing up with BufferBox, you’re given a specific address — you will use this address every time you plan on receiving a package. Once the delivery arrives, BufferBox will send you an email with a unique PIN, with which you can open up your BufferBox and walk off, package in hand.

BufferBox then takes a fee for every parcel delivered through their system. “Integrated retailers” will offer a BufferBox distribution channel direct from their own ecommerce sites, and at that point the rate to the retailer comes down to shipping volume. The customer pays nothing. On the other hand, users buying through non-integrated retailers can always sign up for a BufferBox of their own, and pay $3 per parcel.

According to founder Mike McCauley, Amazon’s Locker program poses the greatest threat competitively, but he actually sees it as an advantage.

“They opened up a whole new market for us because they have 30 percent of the commerce volume,” McCauley said. “The other scattered 70 percent don’t have the order volume to justify building a network of kiosks.”

“In that way, we’re kind of like an open platform.”

The roll-out has already begun, starting with Union Station in Toronto, Canada. (The BufferBox guys are primarily out of the University of Waterloo.)

The team has plans to expand into 100 new locations, including convenience stores, grocery stores, and transit stations within Toronto, which should expand their potential user base to approximately 7 million consumers. Perfect practice for a roll-out in the Big Apple.

BufferBox has also signed an agreement with Walmart ecommerce to give consumers the option of having packages delivered to a BufferBox instead of their doorstep.

Click to view slideshow.