Showing posts with label Future. Show all posts
Showing posts with label Future. Show all posts

Thursday, February 16, 2012

You Can Buy One of the Super Rare DeLorean Time Machines Used in Back to the Future [Back To The Future]

By Casey Chan Oct 16, 2011 6:00 PM 14,618 24

You Can Buy One of the Super Rare DeLorean Time Machines Used in Back to the FutureProfiles in History is auctioning off over a 100 Back to the Future props but the one that's got me—and about the entire rest of the world—shaking in my boots is the DeLorean used in BTTF III. It's one of only seven DeLoreans used throughout the entire series.

The DeLorean being auctioned off is the one that Marty McFly "used in the 1955 drive-in movie scene when Michael J. Fox drives it into the past and lands in 1885 to find Doc". The auction house says it's one of only three to have survived after filming. I've always said when I could afford a DeLorean, I was going to buy one but... I can't afford this one. The BTTF III DeLorean is expected to fetch $600,000. Gulp.

I guess I'll have to look past the DeLorean and check out the other stuff which ranges from "original costumes, the Tales From Space comic, Doc's burned toy Cadillac, Clock Tower cables, Gray's Almanac, the Doc Brown committed/commended newspapers" and drum roll please: a full set of all five types of hoverboards. Hoverboards, you are mine. The auction starts in December so I'll be saving every penny until then. [Profiles in History via LA Times]

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Wednesday, February 15, 2012

These Giant Robot Arms Are the Future of Fight Club [Video]

By Andrew Liszewski Oct 15, 2011 11:00 AM 1,117 11

These Giant Robot Arms Are the Future of Fight Club The battling bots in Hugh Jackman's Real Steel look far too CG to get me excited over the idea of programmed pugilists battling to the death. But this real life set of giant, tele-operated robotic arms are without doubt the future of televised combat. And probably handy for doing real work too.

Built by Salt Lake City's Raytheon-Sarcos, the massive arms are attached to a modified Ditch Witch making them fully mobile, and are controlled by a human operator who's strapped into what's often referred to as a Waldo system. The operator's shoulder, elbow, wrist and hand movements are all translated to the robotic arms in real time, requiring absolutely no previous training. And the rig even provides force feedback as the user moves, so they know when the arms have lifted something particularly heavy, or hit something immovable.

Unfortunately the limited imaginations of the engineers who built the arms see it primarily being used in dangerous working conditions, even being remotely operated from miles away in situations that are inhospitable to humans. But I predict it won't be long until we see a couple of these battling it out in a back alley. [KSL News Utah via Geekologie]

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Sunday, February 12, 2012

iCloud Is a Bigger Deal Than You Think: It's the Future of Computing [Icloud]

iCloud Is a Bigger Deal Than You Think: It's the Future of ComputingRemember life before cellphones? It's hard, because they are so ubiquitous and essential. iCloud marks a similar turning point, a transition from an old way of doing things. It makes computers easy for everyone, by making computing disappear.

Of everything Apple is rolling out today—and its rolling out a Hell of a lot of stuff—there is no bigger deal than iCloud. Forget Siri or Find my Phone or Notifications or any of the other numerous updates and enhancements that iOS 5 brings to the party. None of it matters compared to iCloud. For some of us, iCloud means we're never buying another computer, and for the rest of us, iCloud will be the end of computing as we have always known it.

For many decades, computers were something that only engineers used. In the 1980s, they became available to anyone who could afford one, but still required a lot of specialized knowledge. By the 90s, they were to the point where you didn't have to know much to achieve common tasks—but doing anything even remotely unexpected could mean a call to tech support for most people. In the past ten years, they've lept forward again and become easier than ever, but have still remained folder and hierarchy based. You have to have at least some basic understanding of how information is organized on them. iCloud ends all that.

There are no more file systems and folders to manage. It doesn't matter where you save something, you just start an app and there's your data. Here are your pictures, your music, your documents and movies. Here are your apps and maps and all the things you care about. You don't need to look for them, or move them from place to place. There's no more syncing. No more backups. No more dragging and dropping one thing from one place to another. All you have to do now is hit the power button. That's it.

iCloud transforms our machines into little more than a variety of screens we'll use to peek at data, in much the same way we use screens to peek in at TV shows. There's nothing to learn, and nothing to manage. iCloud makes your computer and its file system completely unnecessary. Sure, you can still use one if you want to. And everything will just show up there—your music, your photos, your documents. Or you can ditch it, and just go iPhone or iPad only. And all your files will still have a home, a secure home in the cloud, and will still sync automatically to your devices.

In 2001, Steve Jobs announced Apple's digital hub strategy. The Mac would be the centerpiece tool to connect and control all of your digital devices. It sounds obvious in retrospect, but it was that strategy that took Apple from nearly dead to being the biggest goddamn company in the world.

And as it grew, it changed. It went from being Apple Computer, to Apple Inc.—the company dropped the computer, but you still needed one. The hub remained essential, and the hub remained a computer in your home that that managed the flow of your data and gadgets via wires and cables and ports. You had to have a computer, and some knowledge of how to use it, to keep track of all the electronic things you produced and consumed.

But now the hub is gone. Or rather, it's moved offsite, so you don't have to think about ever again. Now it's somewhere in a climate-controlled building in North Carolina, under fluorescent lights and acoustic ceiling tiles, humming and clicking and sounding a bit like Kid A. It's a series of redundant servers that connect to your phone, your tablet, your computer, and even your television via radio waves and antennas: things you'll never see or care about.

Those servers move the documents from your desktop onto your iPad, the pictures you snap with your phone onto your Apple TV, and make sure the music you buy on the go is waiting for you in iTunes when you get home. You don't need a desktop, or a mouse, or any knowledge of where things are. That's what's so great about the cloud, not that you can store things remotely, but that you don't have to worry about where those things are. At all.

Of course, Google has been working towards this same end goal for some time now, and has in some ways gone even deeper into the cloud. When you get a new Android device or a Chromebook you can simply log into your Google account and all your emails, contacts, music, documents voicemails and photos are there waiting for you. But Google requires some setup and knowledge about how to use its services, and it still makes you push and pull. To take full advantage of Google's cloud services, you have to be something of a power user. You have to know what you want to accomplish in advance. And if you want to use them offline, well, sorry.

What iCloud is doing is making these highly advanced functions available to anyone. You don't have to know you can sync everything, it just happens. Updating your phone? Done. Downloading mobile photos? Done. Backing up your files? Done.

Sure, a lot of people were doing this stuff before with Dropbox and other third-party software. But your dad probably isn't going to do that. At best he may look for a "make all my stuff work together" button—if he even knows that his stuff can work together. Apple upends the process by taking over the hub completely and making all that syncing and organizing both invisible and, more importantly, automatic. Everything is action-focused. Just do your tasks, and it takes care of the rest.

Once you've got an iPhone, it says, just take a picture, and we'll make it show up everywhere. Just plug your phone into the power outlet at night, like you always do, and we'll back it up for you. We'll make sure your documents are never lost and your calendar is always up to date. We will organize your digital clutter for you. We will end fragmentation, and make sure that each and every bit you care about is always exactly where you need it—which is to say directly in front of you.

And it's able to do this because, somewhat counter-intuitively, iCloud doesn't live purely online. Unlike Google's cloud services, iCloud is also local. It gets that you want stuff with you, now. And so instead of forcing you to call it up, it pushes it to you in the background. It is the interim step between purely device-based apps and purely Internet-based services. iTunes Match, for example, is designed to transition us away from the downloading model while still giving us downloads. Again, it knows how to do this stuff so average people don't have to.

Buy into Apple's ecosystem, and it's all just done. Seamlessly. On every screen. Your phone, your tablet, your computer, your television. iCloud merges them all and pushes content to each of them. It obliterates distinctions between screens. One data set; many devices. Change something on one, and it flows to all the rest.

And because Apple is giving developers access to iCloud services, you can expect ever-more applications to take advantage of it. To sync up your life and spread it around from device to device. To make it easier to get things done. To make using a computer faster, more efficient, more productive.

The logical end goal of iCloud is, of course, replacing the operating system itself. No more iOS, no more OS X, no more Windows. There are just the devices you turn on or off, and the data they store. iCloud is computing without the computing. And all of it, simply working, for everyone. Even your parents. Even your grandparents. Even your children. Thanks to iCloud, we are all power users now.

You can keep up with Mat Honan, the author of this post, on Twitter, Facebook, or Google+.

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Saturday, October 1, 2011

Google Wallet: The Future of Money Is Here, Sorta [Google]

Google Wallet: The Future of Money Is Here, Sorta"Whoa, how did you do that?" I didn't say anything when the clerk at Duane Reade—or was it Walgreen's?—asked me how to pay. I just smashed my phone into the PayPass terminal. Money poured out of my Nexus S, and into somebody's corporate coffers. Magic!

But then I still had to tell the dumb credit console whether I was paying debit or credit. And then I had to wait for my receipt to print out, all ten miles of it. Which made my attempt at being a mysterious stranger with mysterious magical technology quickly disappearing into the night fail miserably since it would've been mad awkward to stare directly into each other's eyes for 45 seconds without saying a word.

Google Wallet is clearly a close-up glimpse at what the seamless, slippery future of money looks like—MasterCard is an appropriate enough vector for a technological Mark of the Beast, I suppose—but it's still very much in 2011. Friction abounds.

If you're unfamiliar with Google Wallet, read this, or here's the rough rundown. (Really rough, since Google Wallet's a lot of little things, banded together.) Google Wallet is an app that lets you pay for things using your phone, either by tying your credit card(s) or loading up gift/pre-paid cards. That's the software side. Using an NFC chip embedded in a phone, you tap a pay terminal. No swiping your card. That's the hardware side. On the online side, it'll seamlessly combine digital coupons that you collect—either from Google Offers or merchants themselves—and loyalty cards.

The perfect theoretical—literally frictionless!—transaction looks like this: You snag a Google Offer for $1 off a Frappucino at Starbucks. (Or if you don't have an offer on tap, Google Shopper will show you a bunch nearby.) You go to the nearest Starbucks—pinpointed by Google, of course—and order your terribly sweet concoction. When you go to pay for your drink, you open the Wallet app, punch in your pin and tap the payment console with your phone. Instantly, your Google Offer coupon is applied, you've paid for your drink, and you've racked up points on your Starbucks loyalty card. And the receipt's on your phone. That whole scene? That's why tapping a Google Wallet phone is potentially more convenient than a plastic card. Not the lighter wallet. Deal + payment + loyalty in one tap.

What Google Wallet looks like today, though, is different. The Wallet app will hit Nexus S 4G phones on Sprint today—and only those phones for now. (Google promised an NFC sticker to enable non-NFC-packing phones to use Wallet, but isn't saying anything else about it—specifically, when we might see one—now.) The system exclusively uses Mastercard's PayPass terminals, deeply limiting the number of places you can use Wallet, though Google announced today it's licensing NFC specifications from Visa, Discover and AmEx. (Basically, the only place it's useful to me is in NYC cabs, since I don't shop at American Eagle or Macy's or practically any of the other big box stores partnering with Google.) And, to top it all off, it's only Citi Mastercards that currently get the full benefits of Google Wallet—for now, to pay with anything but gift cards, you've basically gotta charge a pre-paid Google Card with money from your bank account through Google Checkout. All things that highly constrain just how convenient Google Wallet actually is today.

So my experience using Google Wallet is very much what I expect it to be for most people out of the gate: a novelty, mostly. At least after I loaded it up with money, which seems weird, like giving myself an allowance, because I couldn't use it with my Wachovia credit card. I couldn't use it with Google Offers, either, since I couldn't find one for any of the stores that take Google Wallet. And I couldn't use it with loyalty cards, since I don't use have them for anywhere but independent coffee shops far, far away from Google and Mastercard's radar. Which nixes half of what's actually convenient about Wallet, since tapping after punching in your pin is no easier than swiping, in most cases.

You know where it was awesome though? In an NYC cab. Trying to dig your wallet out of your ass pocket while you're sitting down, ripping the right credit card out of your wallet, trying to figure out where to swipe it, fumbling around with the card to get the stripe facing the right direction, going through the right number of menus, swiping at the correct speed, finally, and paying the damn cabbie after he tries to convince you his credit card terminal is broken is like, um, annoying. Google Wallet fixes that.

Wallet will fix a lot of things, perhaps sooner than you'd expect, even given how slow as the financial industry moves. Because money, infrastructure like this—new terminals in every store—is a scale game. Google's got scale. Its partners, like Mastercard and Visa and Citi, have scale. They're gonna need it to get people on board. But eventually it's going to wash over everything like a wave. It'll be on lots of phones. It'll work with lots of cards and lots of banks. It'll be in lots of stores. And then it'll be just as natural as pulling out a card and swiping. Maybe more, since I have my phone out all the time anyway. Besides, it's obvious this is just the beginning for Google. Google doesn't just want to replace your credit cards—there's a reason they're calling it Google Wallet, not Google Money or Google Cards.

If you've got a Nexus S 4G on Sprint, well, welcome to the future, starting now. [Google, Google]

Update: I didn't really talk about security because I didn't worry about it. Google Wallet's pretty secure. You need a PIN to unlock the Wallet to pay for stuff. So if you lose your phone, without knowing your PIN number, it's useless. The NFC chip itself is locked down hardcore. For instance, the chip is disabled whenever the display is off, so it can't be skimmed. And the secure element is only turned on when the screen is on and Wallet is unlocked and ready for payment.

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Thursday, September 22, 2011

Our Holographic Future Will Debut In The Back Seat Of A Car [Science]

Our Holographic Future Will Debut In The Back Seat Of A CarImagine being 8-years-old again and on a long car trip. Instead of whining "Are we there, yet?", you pick up a controller and play with your holographic animals. It sounds like science fiction, but it could be reality someday.

Researchers at the Games and Experimental Entertainment Laboratory (GEELab) in Australia are developing a holographic entertainment system for the car. The system will display 3D images for rear passengers who'll be able to interact with the images using a wireless controller much like the Kinect. Not just for games, the holographic system could be used to display travel information, maps, or even become a 3D virtual office.

The team is working with Audi and hopes to get a prototype up and working soon. [IEEE Spectrum; Image from Kzenon/Shutterstock]

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Thursday, September 15, 2011

Watch the Future of Windows, Live, Right Now [Watch This]

Watch the Future of Windows, Live, Right NowIn case you were wondering when and where all was to be revealed about Windows 8, the answers "now" and "here," respectively. You can—and should—tune in live to Microsoft's Build conference keynote here: [Build]

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Monday, September 12, 2011

Meet the LED Volleyball-Basketball-Tennis Court of the Future [Led]

Meet the LED Volleyball-Basketball-Tennis Court of the FuturePainted lines? Where we're going we don't need any painted lines. We'll have reconfigurable LED lines, because this is the future we're talking about, and those little lights are almost cheap enough to use everywhere, including beneath our sneakered feet.

Soon we'll see this technology deployed to high school gyms across the land, and that will be fine and dandy, because the mish-mash of lines that currently clutter up gymnasiums confused me to no end when I was a high school athlete back in the day.

Currently, the apparent leader in this technology is a Dutch company called LEDSSPORTS. The lines can be made visible or invisible depending on the sport, which will lead to at least a slight decrease in the confusion that naturally forms during a high school sporting event.

As with all things futurisitcally whimsical, price and availability are coming soon. [Gizmag]

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Sunday, September 11, 2011

Is Nike Finally Releasing the Shoes Marty McFly Wore in Back to the Future? [Video]

OH MY GOD. I've waited my entire life for this. The guys over at NiceKicks think Nike will announce the Nike Air Mag tomorrow. The Nike Air Mag, as you may know, is the shoe that Marty McFly wore in Back to the Future II.

The dots are connecting: we've seen a patent that Nike filed for auto-lacing shoes before, there's a teaser video floating around showing Marty McFly's closet (chock full of Air Mags, natch) and the invitation NiceKicks received from Nike show the metal glasses Doc Brown famously wore in BTTF II. We've seen Nike do BTTF-inspired stuff before (a DeLorean dunk, for example) but this would be the holiest of holy grails.

I don't know guys, but I think tomorrow might be the happiest day of my life. [NiceKicks] You can keep up with Casey Chan, the author of this post, on Twitter or Facebook.

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Thursday, August 25, 2011

Self-Inflating Bike Tires Promise a Future Free of Hand Pumps [Video]

Self-Inflating Bike Tires Promise a Future Free of Hand Pumps Flat tires have always been an inextricable part of riding—even without the occasional road hazard, tires lose pressure as air diffuses through the sidewall, requiring routine re-inflation. But, one San Francisco start-up has a plan to eliminate all that extraneous pumping with the PumpTire.

The PumpTire consists of an inner tube, the tire itself, and a special uni-directional air valve that screws into the stem of the inner tube. When the pump is active, it uses the tire's rolling motion to draw in air from the atmosphere, through the one-way valve and into a lumen that runs along the outer edge of the tire. As the tire rolls, it squishes the lumen flat, forcing air into the main tube and when the weight of the tire is removed, the lumen re-inflates before it's rolled over again. The system automatically shuts the valve when the desired pressure is reached. The doesn't require any special modifications or rims.

The PumpTire comes in two varieties; the City Pro—a high performance 700c x 28mm tire with a max 100 psi, and the City Cruiser— a 26" x 1.5" tire with a maximum 65 psi. They are a Kickstarter project, so there's no guarantee these will see actual pavement time, and they are still a ways from their $250,000 goal with 40 days to go. [kickstarter]

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