Details are pretty scant at the moment, but Eastman Kodak Company has entered into a mysterious patent license agreement with Nokia. All we're told is that the deal will enable each outfit "access to the other's intellectual property portfolio," and it'll also provide "significant benefits to both companies, [while being] royalty bearing to Kodak." Outside of that, we're left to wonder what's in store here, so what they hey -- we'll take a stab: a Kodak sensor within the not-yet-conceived N97? Or maybe a Kodak-branded printer-scanner-fax machine in the Tube 2? The intrigue is killing us.

[Via phonescoop]

When the megapixel race unofficially started in the point-and-shoot world, it didn't take long before every last camera manufacturer out there was cramming 14-megapixel sensors into any ole pocket cam. Now, it seems the same race is headed to the mobile realm. Of late, we've seen a new batch of 8-megapixel handsets and a 9-megapixel sensor, and a recent interview with LG's sales and marketing director John Barton points to even more of those in the near future. According to him, "the megapixel race that we saw amongst camera makers is now being battled out between mobile manufacturers," hinting that 10+ megapixel phones (not to mention handsets with HD video capability) are closer than we may have imagined. Mmm, the possibilities.

[Via Cell Phone Feeds]

We dig the idea in theory, we really do, but we can definitely see this causing more harm than good. Starting this fall, San Francisco will begin a trial involving wireless parking sensors in 6,000 of its 24,000 metered spaces, enabling antsy drivers to be alerted via street signs or cellphones when a spot becomes available. Only one problem -- give 50 anxious motorists the same message that a single spot is unoccupied, and you've just created a bona fide mess. Though it'd probably be fun to watch from the sidelines, wouldn't you agree?

[Via Core77]

[Via EETimes]

Two modern, must-have features of high end featurephones are locked in an eternal struggle to the death: camera and compactness. Slapping a large, high-quality sensor and lens on a phone tends to make it chubbier, and that's a huge problem (pun totally intended) as 3.2 and 5 megapixel autofocus cams become more of the rule than the exception. Kodak looks to be making life at least marginally easier on manufacturers, though, with some new sensor tech unveiled at MWC this week. The colorfully named KAC-05020 claims to be the world's first 5 megapixel CMOS device to sport pixels just 1.4 microns in diameter, down from the 1.75 microns typically seen on today's units. Perhaps even more importantly, though, Kodak claims that the new sensor has some bangin' light sensitivity -- somewhere on the order of two to four times the usual -- thanks to the use of its TRUESENSE technology that adds panchromatic pixels in with the RGB mix. Samples of the new sensors should be available to manufacturers in the second quarter of the year, meaning that if the Motorola-Kodak partnership is real, we're probably not going to see this sucker getting used the first time around.

[Thanks, Terry F.]

Sure, we've seen cellphones intermingle with traffic data before, but Nokia's looking to up the ante in a big way by utilizing a large network of GPS-enabled handsets to actually predict traffic patterns and help you avoid congestion before you even leave for that afternoon appointment. In a recent trial involving 100 volunteer drivers (and an equal amount of N95s), the handset maker teamed up with UC Berkeley to test the effectiveness of using a device most people already own (read: cellphones) to beam out traffic data rather than installing permanent sensors in roadways. Eventually, Nokia hopes to expand the experiment to over 1,000 folks, and just in case you privacy junkies can already feel your heart racing, you can rest assured that all "personal identifying information" was stripped before being sent back for analysis.

Read - Nokia turns people into traffic sensors
Read - Video: Nokia test drives traffic monitoring system

We've certainly seen instances of intrabody communications at work, but now NTT DoCoMo is looking to join the fun and hopefully tie cellphones into the equation. Apparently, the firm has "various devices" in development that could utilize an "advanced handset" in certain forms of wearable electronics to give users the ability to unlock doors, make payments and exchange data with a friend with a simple touch. The prototype mobile packs a sensor produced by Kaiser Technology Company, and while the current version can only transmit data at 40-kilobytes per second, a speedier flavor is surely on the horizon. [Warning: Read link requires subscription]

Considering how much amusement can be had by using the MacBook Pro's accelerometers for completely unintended purposes, it stands to reason that hacking into the iPhone's sensors would be a virtually endless font of entertainment. It also stood to reason that it was just a matter of time before the ever-persistent hacking community broke its determined way into said sensors, and sure enough, here we have it. Like the successful coder says, the power of the iPhone's 3-axis accelerometer is largely untapped in the OS itself, so it'll be great fun to see what sorts of crazy business the homebrew folks can dream up. Get to work, everyone! Check the full video after the break.

[Thanks, bharvey]

Joining the growing list of up and coming software touched by Microsoft is a number of wireless applications showed off at a summit in the firm's hometown. Most interesting was Fone+, which was described as a "product that lets users connect their mobile phones to a TV, a keyboard, and a mouse" in order to convert their set into a web browsing portal. Of course, we North Americans would probably just tether our mobiles to a laptop to enjoy big screen surfing, but this device will be aimed at nations such as a China "where PC penetration is still quite low but mobile phone ownership is high." Next up was MPTrain, which wed a heart rate sensor with a tempo analyzer to allow runners to "use music players in their mobile phones to set their workouts." Granted, it's not like we don't already have similar alternatives, but this method removes the need for a certain DAP to be on your person in order to tune your workout. As expected, no release dates for these ideas were noted, but hopefully they'll end up a bit more convincing than prior attempts.

While LG's ambitious plans didn't exactly pan out in 2005, the idea of upping those megapixels in mainstream cameraphones sure is getting a lot of attention today. Shortly after Kodak announced its plan to unveil a five-megapixel iteration for future phones, NEC is hitting back with a development of its own. Apparently, the company is already shipping samples of a "system chip capable of processing cameraphone images at resolutions of up to eight-megapixels," which even includes "image stabilization circuitry as an option." Best of all, the CE131 sample device is priced at just ¥4,000 ($33), and hopefully that cost will diminish even further as mass production goes forward in October. [Warning: Read link requires subscription]

During the same 24 hours that BenQ called it quits on the digital camera market, Kodak has reportedly had similar thoughts when eying its low-end camera lineup. According to CNET, Kodak President Antonio Perez shared that the firm would be "abandoning the low-end of the digital camera business" at the JPMorgan Technology Conference in Boston. He also added that while the company "wasn't making much money" in that segment, it was developing its own five-megapixel CMOS sensor to be used in a (presumably mid-range) Kodak-branded digicam. More interesting, however, was the addition that this very sensor would also make its way into "several Motorola cell phones by the end of the year." Unsurprisingly, Mr. Perez was fairly tight-lipped about any further details on the deal, but it's about time we saw something more advanced than a grainy 1.3-megapixel shooter built into mainstream handsets.

Giving an animal a phone to tote around and monitor pollution is one thing, but hooking up a critter to your cellphone sans wires sounds like a much more viable solution to keeping track of filthy surroundings. UC San Diego's Squirrel -- which sounds an awful lot like a project UC Berkeley was working on -- is a Bluetooth-enabled, palm-sized sensor that currently measures carbon monoxide and ozone, but eventually will be able to "sample nitrogen oxide and sulphur dioxide in the air, as well as temperature, barometric pressure, and humidity." After sampling, the device then utilizes a software application dubbed Acorn to allow the user to "see the current pollution alerts through a screensaver on the cellphone's display." Furthermore, the program can periodically upload the captured data to a public database operated by the "California Institute for Telecommunications and Information Technology (Calit2), which is funding Squirrel's development." Of course, cleaning up the mess that these monitors will inevitably find is an entirely different matter.

[Via MedGadget]

Just in case fixed sensors all across the country, bomb-sniffing bees, and Bay Area nuke detectors weren't enough to make you rest easy, Homeland Security is cookin' up another safeguard at the expense of privacy. Reportedly, the Department is looking into the idea of "outfitting cellphones with tiny, sensitive detectors that would alert the government and emergency responders to the presence of radiological isotopes, toxic chemicals, and deadly biological agents." Essentially, future mobiles could come pre-loaded with such a device that continuously monitors said chemicals and sends off alerts via GPS if anything goes awry. Of course, officials are expecting "quite a few hurdles" along the way, one of which will be battling the privacy advocates who don't understand that their handset probably already contains the technology for Big Brother to see everywhere they go. No word on when these plans could take effect, nor whether older phones will be retrofitted with the toxic sensors, but we can already envision quite a few false alarms care of the cellphone-totin' chemists in the crowd.

[Via Textually]

It's no surprise that cameraphones are emerging as some folks' point-and-shoot of choice, and we've already seen LG and Schneider-Kreuznach team up to deliver higher quality shots from your multi-functional mobile, but now HP and Flextronics are trying the knot in order to allow users to capture photos "with the same high quality they achieve from their digital still cameras." The five-year deal gives Flextronics -- makers of Kyocera, Sony Ericsson, and Motorola handsets -- exclusive use of HP's image processing technology in return for an undisclosed royalty. The same technology used in HP's long-standing lineup of Photosmart digicams will soon be hitting the depths of your pocket, and promises to produce "significantly improved results" over current options, delivering shots that are "good enough to print." Although we're not sure if these forthcoming modules can outsnap the 10-megapixel SCH-B600, we're all well aware by now that megapixels aren't everything.

[Via CNET]

There are undoubtedly less proprietary ways to go about doing this, but if you're looking for a quick, painless way to get a PC-free camera feed to your phone, a British operation by the name of 3rd-i reckons they have the answer. The concept is simple enough: take your garden-variety video cam, strap on a GPRS modem, and call it good for £199 ($370). Besides accessing live video and up to 30 days of archived footage via pretty much any Java MIDP 1.0- or 2.0-enabled phone, the unit can be set up to immediately text you upon detecting motion. Not bad -- in fact, we'd strongly consider using 3rd-i's cams to secure the Engadgetmobile, but the dual band 900 / 1800 support just doesn't cut it in these parts.

[Via Crowdedbrain]