Face it: Western Digital's My Passport Essential family of portable hard drives was hamstrung from day one. After all, with just about every other external HDD from the company coming in any amount of colors, who exactly is going to be kosher with just black? Never fear, as WD's dutiful painting squad has stepped up and given prospective buyers 11 different hues to select from. Each drive comes in 120GB, 160GB, 250GB and 320GB capacities and gets all the juice it needs via USB 2.0, but choosing between candy apple red and banana yellow could really slow up the checkout process.

[Via I4U News]

WD's Passport portable drive a bit too clunky for your tastes? We dig your style, and if you're always looking for something sleeker and sexier, the new My Passport Essential is likely to satisfy -- if only for a moment. Reportedly, these were tweaked to look more like the firm's popular My Book family, and each one weighs in at less than five ounces. Available now in 160GB, 250GB and 320GB flavors, these USB-powered drives cap out at $199.99 and (for now at least) only arrive in the glossy black finish you see above.

The feds are done debating and are all prepped to introduce RFID e-passports readable up to 20 feet away to US citizens who frequently travel to Canada, Mexico or the Caribbean in either April or May of 2008. The new passports should allow traveler info to be read as they're shuffling up to the border agent, who can verify their info and wave them along with little delay. Privacy advocates are obviously concerned about people capturing data or cloning the passports, but you can always "accidentally" destroy your RFID chip if that's enough of an issue for you -- the rest of us welcome our benevolent Big Brother with bellyfeel!

[Via Slashdot]

Face it, that 80GB HDD your laptop entered the world with isn't cutting it anymore, and just any add-on won't do. No, you've gotta do it up right with a newfangled 320GB 2.5-inch portable drive, and Western Digital's got just the thing with the newest member of its Passport lineup. The drive weighs less than 5 ounces, runs on the latest and greatest platters, and will set you back $230.

Considering just how well the first round of RFID ePassports withstood subversion attempts from hackers, we're amazed that anything needs to be tweaked at all. Sarcasm aside, NXP is all set to make Germany the first country on the planet to utilize second-generation ePassports, as the EU-set deadline to migrate doesn't pass until June of 2009. The new passports will include a SmartMX chip that allows biometric data to be "securely stored on the passport," and the 80kb of onboard storage also holds the individual's photo, name, and date / country of birth. Of note, NXP even goes so far as to gloat about the chip's ability to "guard against attack scenarios," but we'll be interested to see how long it takes the oh-so-motivated hacking community to find a backdoor when these launch later this month.

[Via TheRegister]

Just weeks after Western Digital colorized its Passport line of external hard drives, the firm is at it once more with a metallic pink iteration. This particular unit, however, promotes something a bit more important than your obsession with nightly backups, as WD has pledged to donate an undisclosed amount of cash to the National Breast Cancer Foundation for each one purchased from now until February 29, 2008. The drive comes stocked with 250GB of space, gets its juice directly from your USB port and is available now for $199.99 for those interested.

While we're sure some folks were just fine with WD's glossy black 250GB Passport, the firm is looking out for those who like their external drives a bit more flashy. Western Digital is now offering up its quarter-terabyte Passport in vibrant green, glossy white and metallic red, but aside from the hues, everything else looks to be staying the same. No official word on price just yet, but it should line up pretty evenly with the black iteration already out.

[Via CNET]

Lukas Grunwald -- last seen cloning Germany's RFID passports -- is back with more "white hat" hackery on the world's new e-passport systems. This time, however, he's crashing RFID readers to demonstrate how a hacked passport could conceivably force approval of expired or forged passports. After all, "If you're able to crash something you are most likely able to exploit it," says Grunwald. Lukas was able to crash two passport readers made by different vendors by first cloning a passport's chip and then modding the JPEG2000 image file stored within the chip to create a buffer overflow condition -- the same vulnerabilities which make so many devices (the original Xbox, anyone?) so easily exploitable. Lukas contends that all airport readers are likely vulnerable to such an exploit as they would be using off-the-shelf libraries for decoding JPEG images. Lukas will be demonstrating his latest hack this weekend at DefCon in Vegas. Hmmm, with CES moving to RFID badges this year, we have a funny feeling that attendance is going to be way up.

[Via BoingBoing]

While passing on the extended warranty usually isn't that bad of an idea for most products, when it comes to something as vital as a passport, you might as well bite the bullet and spring for it, just to have that extra peace of mind. Unfortunately, according to the BBC, it seems that officials in the U.K. realized this a little too late, and they're now stuck handing out spiffy new ePassports that have only a two-year warranty on the microchips that make 'em tick, despite the fact that passports are intended to be used for a full ten years. While the U.K.'s Home Office seems confident that the passports will hold up to the rigors of travel, the National Audit Office that discovered the curious oversight is nonetheless encouraging those responsible to inquire about extending the warranty to cover any future potential problems. If that weren't enough, there's also concerns that the necessary scanners for the passports won't be in place throughout the U.K. until March of this year, likely causing delays for travelers in the meantime. Surely they won't have any more problems than that.

How easy is it to digitally clone an electronic passport? Very. Using an RFID reader purchased on eBay, white-hat hackers from DN-Systems consulting recently demonstrated to the BBC how they can download British e-passport data to their computer and then write it to a new, blank RFID chip to create a perfect digital clone. Sure, the hack requires access to the software used by border police, but apparently, this is already out in the wilds. Astounding, huh? Yeah, but it's not new. This is the same hack we've seen repeatedly demonstrated in Germany, the US, The Netherlands, Ireland, etc. What's notable here is the lack of incredulity imparted by the spokesman for the UK Home Office who said, "It is hard to see why anyone would want to access the information on the chip." Identify theft, maybe? True, British e-passports unlike those issued by other countries, do not (currently) store fingerprint scans in the chip and the encryption is just one aspect of the passport's overall security. However, with these mechanisms also circumvented, shouldn't our government officials be just a tad concerned?

Sure, we have just as many concerns over RFID-related security technology as anybody, but a new report by mobile security experts Flexilis seems to take things a bit too far. In their report on the lacking shielding of the new e-passports, allowing the passport to be read by a high-powered reader if the book is slightly open, they go on to illustrate the "dangers" of such a security lapse by calling it a potential bomb trigger. Their demonstration involves a passport-toting dummy brushing by a trash can, which explodes once the dummy gets too close. The Flexilis guys even conjecture that a country ID code could eventually be identified in passports, allowing for targeted bombing of citizens from specific countries. The problem with all this, is that any radio-transmitting device could potentially trigger a bomb (phone, Bluetooth device, etc.), nobody has hacked an RFID country code yet, and the situations that would call for this sort of bomb are even more far-fetched than the concept. There's nothing much special about RFID in this regard, other than some security "experts" trying to cash in on the hysteria. Check the video after the break, and judge for yourself whether or not RFID is going to be the hip-cool new detonation system of the decade. We're thinking no.

[Via textually.org]

Despite the various privacy concerns that have been repeatedly raised in regards to e-passports, the US is going ahead with their plans to launch the system this Monday. Not all newly-issued passports will be RFID-enabled, since mass production has been held up by the ongoing legal dispute over the technology. The first passports to be issued will be those produced during the pilot run of the project, but the full roll-out should be completed in about a year. Including the extra $12 security surcharge slapped onto passports last year, the new and "improved" models will cost $97, the same as they do currently. If you're overly concerned about the security implications or potential apocalypse causation, you might want to nab a passport now, since traditional passports will be valid until their listed expiration date. We'll manage like usual: hills, tin-foil, condensed milk, etc.

Oh snap. First the Dutch get their RFID e-passport system cracked, then VeriChip gets its "counterfeit proof" RFID implant copied by a pair of hackers in front of a live audience, and now some hackers in Germany have undermined some of the security behind the electronic passports that the United States and other countries are planning to implement this month. Lukas Grunwald did the honors this time, and says it took him about two weeks to figure out the hack, with most of his time spent reading the publicly available e-passport standards on the International Civil Aviation Organization's official website. Since all countries will be adhering to the ICAO's standard, his hack should work on other passports as well. Grunwald demonstrated for Wired the whole process of cloning a passport, and even proceeded to copy the data to a corporate smartcard, which when slipped between the normal RFID chip and the reader allows him to have a physical passport that differs from his RFID passport. All is not lost however, since most countries plan to have physical inspections to make sure everything matches up, and information cannot currently be modified on the passport -- but the security failures so far sure don't inspire a lot of confidence.