In the passenger seat, I've already got the address and driving directions up on my iPhone.

Welcome to the future of connected cars.

How our cars talk to the internet—and how we talk to our cars—continues to evolve. And it's about to get a lot better. Ford is putting a Wi-Fi router inside next year's Sync-equipped vehicles that will rebroadcast any 3G card's connection. Audi is experimenting with fingertip touch inputs. BMW is already trying to figure out how to put a "monster" antenna on their cars to support the faster next-generation LTE wireless standard "without putting this ugly lump on our cars."

But it's the little ol' iPhone, with its versatile, optional, liability-shifting bundle of apps that may making the biggest difference in how we use the internet in our cars in the coming years.

Getting Online

Drive off the lot today in a new Sync-equipped Ford, pair your Bluetooth phone, and you've got a data connection to the internet—sort of.

Sync uses technology from a company called Airbiquity. Their service sends data over the voice connection of your phone—not a data plan or SMS—using tech similar to an old-school analog modem. It's rather slick, as hacks go, allowing Sync-connected cars to get data anywhere there is cellphone coverage, even if there isn't data service offered by the carrier.

But I can't seem to track down the raw speed of an Airbiquity connection—and given both the nature of the technology as well as the amount of data a current Sync system displays (sports scores, stock prices, simple phone number lookups)—I can't imagine its throughput compares to a modern 3G service. It's a robust platform for basic connectivity, but it's not Real Internet.

The new Sync fixes that—or will as soon as Ford starts taking advantage of the higher-speed connections. Jason Johnson, an engineer at Ford who helped develop in the in-car Wi-Fi system, was cagey when I asked him when we could expect Sync to piggyback on a internet connection from a third-party 3G stick, saying only that "it broadens the horizons for applications in the future." So strangely, while the new Sync will help you get other devices in the car online, it won't be using that connection for its own data, nor use its Wi-Fi router to talk to, say, your home network. Yet.

Upscale automakers have been taking a different tack, offering optional connectivity packages like Autonet Mobile, or, as BMW has offered since 2007, build in connectivity at the factory.

Like a laptop with a built-in 3G modem, however, these cars suffer from a distinct lack of modularity. Want to upgrade when LTE starts to come online next year? Better buy a new car.

And worse, the integrated systems, even though they're connecting to the same wireless internet as every other device, are severely restricted. The $200-a-year BMW Search service can bring down Google Maps, local fuel prices and grades, even weather forecasts—using a "major GSM provider" in the United States which, although BMW would not confirm, is probably AT&T—but there's nary a web browser to be found.

Danger Ahead

"Texting while driving won't seem like a big deal," laughs BMW's Fran Dance, "when people are YouTubing while driving." Dance (no relation) handles telematics for BMW in North America, so he's been thinking a lot about not just how drivers will use the internet in their cars, but how they shouldn't.

"We can't be searching eBay for my favorite Afghan scarf," says Dance. "I really shouldn't be googling too much stuff or reading too much text. BMW recognizes that the driver is still the most important person in the car."

BMW has been doing car computers for years—the new ones are even, by all reports, good. But it took several years for BMW to balance the utility, convenience, and safety factors in their iDrive system.

We'll continue to see development in this area, with bigger touch screens, faster, more accurate voice control (something on which Sync heavily relies), even biometric measurements like Toyota's eye monitoring system.

Apps, Apps, Apps. Also: Apps. Consider the App.

But what will our car computers be controlling? More and more, it's looking like iPhones.

For certain, a limited amount of sanctioned applications will be coming from manufacturers to run directly on a car's computer. Ford has let owners add 911 Assist and Vehicle Health Report apps to existing Sync systems by copying them over on USB keys. BMW is exploring the idea of map updates that would allow drivers to turn on audio tours of historic places, matching up museum-style guidebooks triggered by GPS location.

"We would be very foolish to create our own version of Pandora or Rhapsody," says Dance. Better to let Pandora build their own BMW client, for instance, which BMW can then vet, sanction, and install.

Or at least that's what I thought Dance meant, until he explained: "You can listen to Pandora in your BMW today on your iPhone." Well sure. I can listen to Pandora in any car that has an auxiliary input. But BMW is working with companies—including Apple—to allow their iPhone applications to interface with a car's iDrive system. Pandora might be running on an iPhone or BlackBerry, but when plugged into the docking station of the BMW, it could be controlled with all of the car's integrated buttons and doodads.

Ford is taking it a step further, going as far funding the creation of iPhone apps, that mesh with the in-car Sync system. Next year, Ford will open up the Sync API to other developers, making it possible for third-parties to write applications like "FollowMe", an iPhone + Sync app which allows "friends to follow a lead vehicle to a location without the need to physically follow each other, thanks to GPS turn-by-turn directions transmitted from the leader to the followers and read aloud to the drivers."

BMW is taking a hybrid route with its Mini brand. The Mini "Connected Buddy" concept, slurping up music data from a connected iPhone and then building its own "Genius"-style visual map of artists. [Pictured above.] There's the requisite Twitter and Facebook apps. But most of the work is being done by the iPhone, not the car. The screen and controls in the Mini become an extension of the iPhone.

Apps on Phones Protects from Lawsuits

In a large portion of the United States, it's illegal to have a television in your car that the driver can see, a regulation that was put in place long before smartphones and GPS units were even dreamed up. There are considerable liability issues an auto manufacturer has to consider if one were to, say, let you run Firefox in your dashboard.

But by tacitly pushing in-car application development to smartphones—even if those smartphones might so happen to be connected to the car—it puts the liability back in the driver's hands.

There's little danger of smartphone literally crashing the car, either. Sync talks to the same telemetric and diagnostic system that the car's other computers do, for instance, albeit in a one-way polling. It can ask for data, but it can't, say, reprogram the valve timing to allow for greater fuel economy or allow your Focus to run on water even though we all know that's totally possible. More conservative companies like Toyota don't even wire the entertainment system into the same telemetric and sensor packages as the car-control computers.

The Easy Way Out

Despite what you might think, I didn't expect the iPhone to play a big part in this story when I first started looking into it. As a music player, sure. Perhaps even eventually as a data option for more modest cars without built-in connectivity.

But using the power of smartphones is clearly where the attention is focused in the connected car industry right now—and I don't think it's such a bad thing. The pace of innovation will be faster for developers if our cars become giant peripherals for our phones, bristling with sensors and data, than if we waited for every manufacturer to make their own monolithic platform. (And while the iPhone is certainly getting the most attention, I have no doubt that BlackBerry and Android phones will get all the attention they deserve if they keep doing well.)

I mean, Sync is built on Windows CE, which may not be the dog in the embedded space it has become on mobile phones, but is still, you know, Windows CE. Jason Johnson was quick to underline how Ford has a healthy relationship with Microsoft (of course) but also how much of the Sync system was engineered on top of Windows CE by Ford.

Yet if Ford does what they're planning to do, that Sync runs on top of CE won't even matter. As long as it plays nice with phones and sends them all the information their apps need, everyone will be happy. And better yet, the cars' capability will be upgraded along with the phones'.

In a couple of years, I won't even have to read the turn-by-turn directions to Brian aloud, because his car will already know exactly what my iPhone knows.

Photo compliments of Mr. Tom Arthur.

Wondering what the future of apps in your car might look like? Jalopnik's own Matt Hardigree imagines what the first 20 apps you download to your car might be.

The RFID bit is in the little Ztamps you stick to your gear, and the magic all happens through Violet's new website. The mir:ror can recognize many objects right off the bat, with dedicated stamps, but through the site you can configure more of your stuff to work with it.
Tempted by a strange kind of gadget-driven augmented reality? Then it's out today for $70, though you only get the sensor, a skin for the sensor "puck", 2 nanotagz rabbits (looking like mini clones of Nabaztag himself) and 3 ztamps for that: you'll have to buy more RFID stickers for your other objects. [Dynamism via Technabob]

Kizuna is expected to go live in July following a setup process once it is in position, but a speed boost is not the only aim of the game. Having a satellite in space means natural disasters on Earth are not going to have any ramifications on the country's connectivity, which can be imperative in disaster zones. If all should go well, expect such an infrastructure to hit the mainstream. Does that mean everyone will have a 1.2Gbps connection? Will outages become a thing of the past? Does Simba eventually become a good leader? The answers come in July, when the service rolls out. [JAXA via Yahoo News; AP]

It seems that NTT, the biggest fiber provider in Japan, has a lot of the same issues Verizon does here: they need to get permission from landlords to hook buildings up with fiber, and once they do they still need to convince people to sign up for it. And after all the big apartment and condo buildings are hooked up, they're stuck doing individual houses.

Overall, setting up a fiber optic network is a very expensive prospect with no real guarantees to making all that money back. Without a lot of current applications that utilize such crazy speeds, there just isn't a big enough demand to justify the expense. So why does Japan throw caution to the wind and spend all sorts of cash to set up this speedy network even though it might not be the most fiscally responsible thing to do in the world?

Well, one of the big reasons is that the Japanese government provides tax incentives for companies to do so, while our government has done basically nothing to encourage a nationwide fiber network. Despite the fact that setting up a completely new wired infrastructure is an incredibly expensive undertaking (just ask Verizon), companies in America are supposed to do it all themselves and make it profitable, something that might not make sense with this situation.

Matteo Bortesi, a technology consultant at Accenture in Tokyo, said that "the Japanese think long-term. If they think they will benefit in 100 years, they will invest for their grandkids. There's a bit of national pride we don't see in the West." I'm pretty sure there's more to it than just national pride and wanting to be first, but there's certainly something to be said for setting up a network now that we'll need in a few years. Chances are, eventually we'll have a nice, fast, cheap, nationwide fiber network that will allow us to download porn faster than we could ever have imagined before, but at the rate we're going, it's going to be a while. [New York Times]

How about 200Mbps for $88.20? Yeah, not quite enough, I agree. You might as well jump up to 1Gbps for $215.40 a month. But hey, you don't really need that, do you? You should be thanking Verizon for the opportunity to pay them for a pathetic 5Mbps connection. I mean, the US is so far down on the per-country broadband speed chart (the Japanese are enjoying 60Mbps average) that we should just be loving any crumbs the telecoms are willing to toss our way, right? Thanks again, Verizon! [CNNMoney via Broadband Reports]

Photo via

Let's hope Google's alleged entry into this bandwidth biz will bring prices down, because with the way things stand now, even though there's a glut of dark fiber spanning the Pacific, the stubborn owners of all that potential bandwidth aren't budging on their too-high prices. Do it, Google, and get going on that wireless carrier threat you made, too! Teach the rest of the world your catchphrase: "Don't be evil." [New York Times]

This baby lets your EV-DO cellphone turn into a modem for Wi-Fi, letting everybody tap into that signal. Plus, you can button that sucker down to be as secure as you want, using WEP and WPA encryption and its built-in firewall. And, if your phone supports charging-via-USB, it'll charge up that cellphone as you go. It's $149. [Cradlepoint]

For one thing, the Japanese experimenters are using four multiple-input multiple-output (MIMO) antennas at the same time on both the transmission and receiving side. But this is not something people are using to download HD videos to their cellphones today. The company says its development process will probably be complete by 2009. And from the looks of that diagram above, you'll need some serious paraphernalia on the sending and receiving side to use this tech, deskside units that don't exactly look like mobile phones.

Now all these NTT dudes have to do is figure out how to shoehorn all that big iron into a container the size of a thimble. [Unwired View]

This is good news for wireless service providers signing with WiMAX, as Beceem claims its new Wave 2 chip will not only be much faster (as it's proven), but operate with much less processing strain and improved roaming with the chip's "dynamically programmable channel bandwidths from 5MHz to 10MHz". Bring it on, 'cause faster speeds make higher quality version of things we all enjoy, such as music, video, and games. – Kevin Hall

Product Site [Beceem Communications]

Mysteriously, the next day, after no modification whatsoever of our network equipment, the problem seemed to be fixed. This is the second time this has happened in the past week. So we put this question to you, readers: are ISPs such as Road Runner concealing problems with their networks, blaming it on the users' equipment, and then furtively attempting a fix later? Are they throttling your connection? Any insiders have info for us? Let's find the truth. Let us know in Tips. – Charlie White

Razrs Pulled For Connectivity Glitches. No Blood Spilt. Sorry. [The Consumerist]

USB Data Transfer Device [Red Ferret]