We first spotted Schlage's web-controlled Z-Wave door locks back in May, but Schlage was still working out details on everything from the name to pricing, and it looks like ditching that key for online access will be pretty pricey: a LiNK lock "starter kit" will run $299 for a lock and Z-Wave Ethernet bridge that enables network control, with additional locks going for $199. On top of that, you'll be charged $12.99 a month for access to the LiNK portal and mobile apps, including 100MB of video storage if you add a video camera to the system. Good luck with that, Schlage -- turns out regular keys don't charge a monthly fee to keep doors locked.

Apple's taking a pretty lackadaisical attitude toward one of the most easily avoided security flaws in recent memory, calling the iPhone's passcode lock bypass a "minor iPhone security issue" and saying that a fix will be rolled out in September. Thanks, Apple; we suppose it'd be a little too much trouble to ask for a fix sooner, even though you already fixed it once in 1.1.4. For what it's worth, a company spokeswoman is quick to point out that the flaw can easily be hidden by changing the home button double-click functionality to take you to the home screen, but most users don't know that, now do they? Way to show some hustle, guys -- cookies and gold stars all around.

What kind of security does $7 buy you? You're looking at it: the Thanko USB combination lock. It apparently fits onto any USB drive and likely offers about as much security as a UFO Detector or Targus iPod Lock. Then again, maybe your personal data just isn't that interesting.

[Via Akihabara News]

The Z-Wave standard for home automation has already proven itself to be a pretty versatile bit of technology, and it looks like its now set to ensnare yet another part of your house, with lock-maker Schlage set to introduce some web-enabled Z-Wave door locks. Those will let you lock or unlock your door from your PC, cellphone or any other wireless, web-enabled device -- or, of course, from the lock itself. That's done with the aid of a Z-Wave gateway that connects to your router, which relays the RF signals to and from the lock (or one of up to 256 other Z-Wave devices), and gives you the added benefit of extending the life of the batteries in the lock, which Schlage says should last for up to three years. Otherwise, the details on the locks themselves are pretty light, with the folks at Schlage only going so far as to say that they'll look "pretty similar" to their non-Z-Wave locks (pictured at right), and that they'll be "affordable," though presumably not less than the $150 their current locks go for.

[Thanks, Steve]

No, we don't recommend testing out your lock bumping skills on any building which you don't own, but just in case you've fallen victim to a bumper in the past, Kwikset is out to put you back in charge of whatever's behind door number three. Available in handsets, deadbolts, knobs and levers, the SmartKey technology effectively eliminates the possibility of using a rigged key to exploit the lock, and better still, the included Learn Tool enables owners to re-key a lock in under half a minute if necessary. Reportedly, the side-locking bar deadbolt system features ANSI Grade 1 certification and has passed "the most stringent lock picking standard." 'Course, it's only a matter of time before the tinkerers of the world have even this all figured out, but hey, at least SmartKey puts you ever-so-slightly ahead of the curve, right?

[Via Apartment Therapy]

Let's face it: there's a myriad ways to open one's garage door, but you won't find us kvetching over a new, relatively affordable alternative to the tried and true numeric keypad. Master Lock's smartTouch GDO is a universal add-on device that ditches the numbers and relies instead on the swiping of your digit to open the connected door. Purportedly, you can register up to 20 users on a single device, ensuring that your entire fraternity will have the ability to sneak in through the garage door if they misplace the house key. Sadly, it's not likely to arrive before the Spring semester starts, but you can snap one up shortly after Rush Week for $129.95.

[Via Gearlog]

What? A month not long enough to scrounge up 29,500 pennies? That's really too bad, as the limited edition Keyport Slide is now available to anyone willing to fork over the aforementioned quantity of cash. Granted, we still think that's a touch entirely too pricey for what you're getting, but hey, at least you can pick between four colors, right?

[Thanks, William]

Chances are fairly high that you've perused the foodstuff located in your pal's cupboards a time or two whilst hanging out at his / her domicile, but if you've swiped a few too many precious cookies in your day, the next bash could leave you high and dry. Giving stocked cabinet owners a right to maintain their non-perishable goods when dozens of roaming individuals are scouting out free food, Smallbone of Devizes is offering up a remote-controlled cabinet lock to keep that Cheetos stockpile away from grubby hands. The system installs a steel prong within the cupboard doors that can be automatically locked and unlocked in much the same fashion as a keyless entry system on modern vehicles, and aside from a general lock / unlock all function, it can be programmed to work with multiple receivers for selective locking in case you're willing to give your contracted chef unadulterated access to the Ginsu drawer. Still, the confines of your kitchen cabinets better hold some seriously valuable delicacies, as each installed lock will run you just about $650 on new Smallbone cabinetry.

[Via ShinyShiny]

We already know just how snazzy your office's bizhub will be in a decade or so, and we think we've even got your desk and kitchen nailed down too, but a recent brainstorming in Popular Science brushed a few less sensational, albeit quite intriguing, office mainstays for 2017. Although we've got a few years yet before we can definitively say whether or not these folks will pull a psychic-AT&T on us, but if Swingline has its way, the traditional red stapler that continually jams and collects more dust than it does anything else will be quite controversial. Sure to enrage pro-privacy employees who've already been unknowingly chipped with an RFID tag upon agreement to come on board, the staples of the future could actually contain micro-RFID tags; these chips could then be traced to find out just how long it really sits in one's "to do" stack, or if "inexplicably missing" really means "intentionally destroyed." As cruel as we know that sounds, at least you can pen all the curses you wish on even the most ink-resistant material in your manager's suite, as the future-generation Staedtler pen is being designed to "write on almost anything by optimizing molecular bonds with a surface" in order to produce the right mixtures needed to adhere to a given medium. Of course, the transparent monitors that will come with your 2015 upgrade kit will effectively kill your ability to surf Engadget while being guarded by the plastic backing of your current LCD, but the face recognizing desk locks should at least keep Gary from snagging your chocolate when you're out on break. Click on through for a few more mockups of tomorrow's office gizmos.

The Dutch Ministry of Justice recently announced that special knee locks to prevent prisoner escapes could be tested later this year if parliament gives its approval. In the Netherlands, a "furlough" system is used to gradually reintroduce prisoners that have committed serious offenses back to society: instead of letting prisoners out when their term ends, they are accompanied by a guard to visit relatives, and gradually given more freedom until it is deemed that they are ready for unsupervised parole. Unfortunately, there have been several cases where prisoners on leave committed serious offenses like rape and murder by slipping away from their guards. The purpose of this test is to see whether a knee locking system -- which prevents a prisoner from moving if they move a certain distance away from their guard -- can prevent these kind of unfortunate cases. As draconian as this system may sound, it's probably the most humane of all the solutions that were looked at: prisoners could potentially have had to wear gadgets that gave them electric shocks or injected drugs to prevent them from escaping. The best part about this whole case is what justice ministry spokesman Wim van der Weegen compared the system to: illegally parked cars. Probably not the best analogy he could have used -- badly parked car = potentially inconvenient. Escaped prisoner = potentially capable of murder -- but we'll give Wim the benefit of the doubt this time, and mark it up as lost in translation.

[Thanks, Joel]

If a few unexpected (and uninvited) guests somehow made it into your crib last night to celebrate and mooch off your now-depleted food / beverage stash, you might want to take action in making sure your future parties don't sport a theoretical revolving door. In case Waleli's GSM-doorbell is a little too, um, colorful, for your tastes, BioLife has a more sophisticated-looking alternative to keep intruders at bay. The TAP-01 Fingerprint Access Control with Doorbell sports the obligatory fingerprint scanner, voice / name display, internet / intranet management capabilities, arbitrary time zone and grouping access control, and also a keypad password feature for an added level of security. While we're not certain when this biometric lock / doorbell will be available to grace the outside of your front entrance nor how much it'll cost, it could very well pay for itself by safeguarding your perishable goods.

[Via TRFJ]

While the folks behind the AACS could probably use a few pointers about constructing a sufficient lock of their own, a group of scientists at the Weizmann Institute of Science in Rehovat, Israel have crafted a molecule-sized "keypad lock" that "only activates when exposed to the correct password, a sequence of chemicals and light." Organic chemist Abraham Shanzer and his colleagues suggest that their invention could "lead to a new level of safeguards for secret information," but we tend think the infamous hackers of the world would inevitably crack the code. Nevertheless, the molecule -- dubbed FLIP -- houses a core linker that mimics a bacterial compound that binds to iron, and attached to it are two molecules that respectively can glow either blue or green. Using three "buttons," which just so happen to be an acidic molecule, an alkaline compound, and ultraviolet light, the lock can be "opened" if given the right sequence of chemicals and light, and there's a grand total of two noticeable results possible. Interestingly, the researchers have insinuated that their creation could be used to recognize "when certain sequences of chemicals (like harmful toxins) are released in the body," but we haven't heard a 10-4 from the US Army just yet.

[Via Yahoo, thanks, Antonio H.]

First up, we think it's worth making it clear that by linking and writing about this guide we're not advocating that you go out and steal DVDs from your local retailer. With that out of the way, we've got to give slyfox117 over at instructables a bunch of kudos for figuring out how to gracefully remove a red security DVD lock: our typical method for removal after a store clerk forgets to take it off is to viciously tear the box apart. Using nothing but magnets (one of which slyfox extracted from an old hard drive), a bit of wiggling, and some carefully applied pressure, slyfox found it was possible to remove the lock and gain access to the contents of the case. He also has plans to find a way of opening full size anti-theft cases. Before you argue that the likeliness of a clerk forgetting to remove one of these precludes the need for such a how-to, might we remind you of our Lockdown series of posts? Remember kids, exposing weaknesses forces companies to be active about improving the security that should have been stronger in the first place.

We're not really sure why a good ol' fingerprint reader wouldn't do the trick (oh, wait), but apparently Sumitomo and Hitachi decided what the world really needs is a finger vein reader to lock and unlock doors. While this exact technology is certainly not brand new, this particular implementation seems to be. From what we can tell, you place your fingertips on the reader, and presto, the door unlocks, assuming your veins match its stored list of 10 authorized patterns. According to Plastic Bamboo, it'll cost ¥150,000 ($1,280) -- but, at that price, we'll stick to the tried-and-true analog deadbolt method.

Noted security expert Marc Weber Tobias contributes a new column, The Lockdown, exposing the shoddy security you may depend on. Targus is offering what they call a "mobile security lock" that they claim is a perfect "solution" for the millions of iPod owners who are hoping to keep their music players secure from theft. After evaluating the device from three different perspectives, I was not quite sure exactly what the "solution" was that they were describing, so I requested an interview with their Director of United States Marketing, Al Giazzon. Targus agreed, in part to respond to the Lockdown analysis of the Defcon CL Armored computer lock. I offered them a chance to talk about their philosophy on both of these products and to comment specifically on what I had described as Defcon CL design deficiencies. They also reviewed my video prior to the interview. The interview will come shortly, but in this article, I will analyze their latest product offering, the Targus iPod Lock, and summarize what I thought were key points of the interview regarding this product. I think you will find the discussion quite interesting and may shed some light on how Targus defines "security" in the context of protecting computers and small handheld devices, but for now we should discuss and expose the security in this product as well.

The Mobile Security Lock for the iPod

This is a small (2.75-ounce) device that consists of a docking connector that is secured with a three-digit combination lock. It is connected to a retractable 2.5-foot wire that terminates in a lightweight carrying case. Functionally, the idea is that the dock will be inserted into the iPod connector and the cable extended and wrapped around something that is immobile. Two release buttons, one on each side of the locking mechanism, must be simultaneously depressed in order to retract the two metal pins that project into the base of the internal iPod connector. Once the combination wheels are spun and locked, the side buttons cannot be depressed, thus making it impossible to easily withdraw the dock. The design is similar to a notebook lock; the iPod is tied to something that cannot be carried away.