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Sunday, October 12, 2014

HTC Desire Eye

HTC Desire Eye
At its "Double Exposure" event in New York City today, HTC took the wraps off a new member of the Desire family with a big selfie camera front and center — meet the HTC Desire Eye. Naturally we've got hands-on coverage of the Desire Eye and HTC's new imaging dealie, the RE camera for your perusal. But if you prefer a by-the-numbers look at the speediest Desire phone yet, head on past the break for the full spec sheet.

HTC Desire Eye hardware specifications

Size151.7 x 73.8 x 8.5 mm
Weight154 grams
Display5.2 inch Full HD 1080p
CPUQualcomm® Snapdragon 801, 2.3 GHz, quad-core CPUs
OSAndroid 4.4.4 KitKat, HTC Sense 6
Total storage16 GB, available capacity varies (i)
RAM2GB
microSDUp to 128GB supported, card not included
Networks (ii)2G/2.5G - GSM/GPRS/EDGE:
850/900/1800/1900 MHz
3G - WCDMA:
ASIA - 850/900/1900/2100 MHz with HSPA+ up to 42 Mbps
AT&T - 850/AWS/1900/2100 MHz with HSPA up to 21 Mbps
EMEA - 850/900/2100 MHz with HSPA+ up to 42 Mbps
3G - TD_SCDMA:
ASIA - 1900/2000 MHz
4G - LTE:
ASIA - FDD bands 1, 3, 7, 8, 28/TDD bands 38, 39, 40, 41
AT&T - bands 2, 4, 5, 17 ,29
EMEA-bands 3, 7, 8, 20
SIMnano SIM
SensorsAccelerometer, Proximity sensor, Ambient Light sensor, Gyro sensor
DurabilityIPX7(iii)
Connectivity3.5 mm stereo audio jack
NFC
Bluetooth® 4.0 with aptX enabled
Wi-Fi®: IEEE 802.11 a/b/g/n (2.4 & 5 GHz)
DLNA® for wirelessly streaming media from the phone to a compatible TV or computer
HTC Connect
micro-USB 2.0 port
CameraHTC Eye Experience with Face Tracking, Screen Share, Split Capture, Face Fusion, Live Makeup, Auto Selfie, Voice Selfie, Photo Booth, Crop Me In
Dedicated camera button
Rear Camera13MP , BSI sensor, f/2.0, 28mm lens, wide angle, with HDR capability
1080p Full HD video recording
Dual LED Flash
Front Camera13MP, Auto-focus with zoom capability, BSI sensor, f/2.2, 22mm lens, wide angle, with HDR capability
1080p Full HD video recording
Dual LED Flash
AudioHTC BoomSound
Dual front-facing stereo speakers with built-in amplifiers
3 microphones for enhanced background noise cancellation
Sense Voice
Audio supported formatsPlayback: .aac, .amr, .ogg, .m4a, .mid, .mp3, .flac, .wav, .wma
Recording: .aac
Video supported formatsPlayback: .3gp, .3g2, .mp4, .mkv, .wmv, .avi
Recording: .mp4
LocationInternal GPS antenna + GLONASS, Digital Compass
Battery (iv)Capacity: 2400 mAh, Embedded rechargeable Li-polymer battery
Talk time: Up to 20 hours for 3G
Standby time (v): Up to 538 hours for 3G
AC AdapterVoltage range/frequency: 100 ~ 240 V AC, 50/60 Hz
DC output: 5 V and 1.0 A
i Available storage is less due to phone software. Approximately 8.9 GB storage available for user content. Available storage is subject to change based on phone software updates and apps usage.
ii Network bands in regions may be different, depending on the mobile operator and your location. 4G LTE only available in select countries. Upload and download speeds also depend on the mobile operator.
iii In compliance with IPX7 standards, water resistant up to 1 meter for up to 30 minutes. Do not use the product under water. Please find more information in the User Guide.
iv Battery times (talk time, standby time, and more) are subject to network and phone usage.
v A Standby time specification ("specification") is an industry standard that is only intended to allow comparison of different mobile devices under the same circumstances. Power consumption in a standby state is strongly dependent on factors including but not limited to network, settings, location, movement, signal strength and cell traffic . Comparisons of different mobile devices using such a specification can therefore only be done in a controlled laboratory environment. When using any mobile device in real life circumstances for which the mobile device is intended, the standby time could be considerably lower and will be strongly dependent on the factors as mentioned above.

Tuesday, October 7, 2014

The Extreme Micro Drone 2.0 With Aerial Camera

Get 46% off the Micro Drone 2.0 ($74.99 incl. shipping)

You’ve left it late, but there’s still time to enjoy getting active in the last days of summer. And possibly the easiest, techiest way of enjoying the great outdoors is to become a pilot — a drone pilot, that is. With the craze growing all the time, drones are getting smaller, smarter and more affordable.
That is typified by the Micro Drone 2.0, which only weighs just over an ounce, yet has a range of 400 feet and a video/photo camera on a swivel mount. In fact, it is the only micro drone in the world with that camera setup. Charged via USB, this little quadcopter is also pretty easy to fly — self-righting, in fact — and it is pre-programmed to pull 360Âș flips for when you fancy showing off.
Right now, you can grab 46% off the Micro Drone 2.0 (+ free international shipping) via the link below…or scroll down to see it in action…

GoPro Hero4 vs. GoPro Hero3+

Gizmag compares the specifications and features of the GoPro Hero3+ and Hero4 actioncams
Gizmag compares the specifications and features of the GoPro Hero3+ and Hero4 actioncams
Image Gallery (39 images)
GoPro has recently updated its lineup of actioncams with new models that include improved 4K video recording or a built-in touchscreen. But which one is right for you to capture your extreme exploits (or perhaps those of your dog)? Gizmag compares the specs and features of the Black and Silver oPro Hero3+ and Hero4 cameras.

While the large "Hero3+" or "Hero4" on the front of each camera make it quite clear which generation it is from, the distinction between Black and Silver variants is somewhat more subtle. So to make it easier to distinguish in our graphics, we've put the Black cameras on the left, and the Silver on the right.

Dimensions


The size and shape of GoPro cameras haven't changed much in recent years and the Hero3+ an...
The GoPro Hero3+ and Hero4 cameras all come with the full standard housing (pictured) whic...

The size and shape of GoPro cameras haven't changed much in recent years. All of these actioncams have the same nude dimensions (that's when not in a protective housing) of 41 x 59 x 21/30 mm. The two depth measurements vary depending on whether the protruding lens is taken into account.
The cameras are all compatible with the same cases, and each comes with the full standard housing (pictured) which is waterproof to 40 m (131 ft), along with a Skeleton Backdoor with open sides to access the camera ports and for better audio recording. The GoPro Hero4 Silver also ships with the touchscreen-friendly Touch Backdoor.

Weight

The new GoPro Hero4 cameras are slightly heavier than their predecessors
There's not much difference in weight between the GoPro Hero3+ and Hero4 cameras
There's not much difference in weight between these cameras, and you're not going to notice the extra couple of grams on the end of your surfboard. However, if you already have one of the lighter models and use it with a drone, you might need to consider whether the excess weight is going to make a difference to you before upgrading.

Field of view (FOV)

All of the GoPro Hero3+ or Hero4 cameras can shoot in wide, medium or narrow modes
In 35-mm-format terms, Ultra Wide comes in at approximately 15-mm equivalent, while medium...
While GoPro cameras are normally known for their wide see-everything field of view, they each feature the option of shooting in medium and narrow angles too, depending on video resolution.
In 35-mm-format terms, the Ultra Wide option comes in at approximately 15-mm equivalent, while medium is around 22-mm equivalent, and narrow equates to about 30-mm equivalent.

Lens aperture

The GoPro Hero4 Black and Silver use a fixed F2.8 aperture ultra-wide angle lens
The GoPro Hero3+ cameras use F2.8 6 element aspherical glass lenses
All of these GoPros use reasonably fast fixed F2.8 aperture ultra-wide angle lenses.

Sensor size

The GoPro Hero4 Black and Silver have 1/2.3-inch type 4:3 sensors with 4000 x 3000 pixels
GoPro has not revealed what size sensor is used in the Hero 3+ Silver
The new Hero4 cameras, and the Hero 3+ Black, feature 1/2.3-inch type 4:3 sensors with 4,000 x 3,000 pixels. This is physically smaller than what you'll see on many other digital cameras, but it's very much the standard for actioncams (where you don't want the much bigger lenses that bigger sensors require).
GoPro has not revealed what size sensor is used in the Hero 3+ Silver, but we do know that the original Hero3 Silver used a considerably smaller 1/2.7-inch type sensor.

4K recording

The GoPro Hero4 Black can shoot 4K video at double the frame rate of its other 4K-capable ...
The GoPro Hero3+ is unable to shoot either 4K or 2.7K video at any frame-rate
4K video recording is the big selling point of the Hero4 Black, so it's no surprise that it stands out by being able to shoot 4K video at double the frame rate of its other 4K-capable siblings, 30/25/24 fps to their 15/12.5 fps. Thanks to a new twice-as-powerful image processor, it also beats them when it comes to shooting 2.7K footage.
The GoPro Hero3+ is unable to shoot either 4K or 2.7K video at any frame-rate.

HD recording

The GoPro Hero4 Black can shoot Full HD 1080p video at frame-rates up to 120 fps
All of the GoPro Hero3+ or Hero4 Black and Silver camera can shoot Full HD 1080p video at ...
The Hero4 Black is again, unsurprisingly, top-dog for high definition video recording. In 1080p it can shoot at frame-rates up to 120 fps. That said, all of the other cameras can still shoot Full HD 1080p footage at a more than respectable 60/50 fps.

Slow-motion recording

The GoPro Hero4 Black can record 120 fps footage at 1080p
The GoPro Hero3+ cameras can shoot 120 fps footage at 720p
If you want to produce smooth slow-motion footage, you need high frame-rate video recording. While these GoPros are each capable of 120 fps recording it's not at the same resolution, only the Hero4 Black can do it in 1080p, the others are limited to 720p.
This means that if you are shooting a 1080p video and want to include some extreme slow-motion, you'll need to drop the resolution for that section of footage on all but the Hero4 Black.

High video bitrate

A higher bitrate is more important to professionals who need the best possible video quali...
The various GoPro cameras offer differing high bitrate video recording (H.264), from 25 Mb...
The various GoPro cameras offer differing high bitrate video recording (H.264), from 25 Mb/s to 60 Mb/s. A higher bitrate is more important to professionals who need the best possible video quality, again showing that this is who the Hero4 Black is targeted at.

Audio

The mics in the Hero4 cameras are capable of delivering nearly double the dynamic range of...
GoPro Her3+ or Hero4 users can attach external stereo microphones via an optional 3.5 mm i...
All four GoPro cameras here feature built-in mono microphones. That said, the mics in the Hero4 cameras are capable of delivering nearly double the dynamic range of their predecessors. To make the most of this, though, you'll want to take your GoPro out of the standard housing or at least use the Skeleton Backdoor.
Users can also attach external stereo microphones via an optional 3.5 mm input, but the Hero4 Black is the only one of the bunch to feature an integrated ADC (analog-to-digital converter) making it compatible with wider a variety of professional low-sensitivity external mics.

Still photo resolutions

The GoPro Hero4 Black and Silver can shoot 12-megapixel stills
The 10-megapixel resolution of the Hero3+ Silver lags slightly behind the other cameras
Because of their small sensor size, GoPro cameras are never going to make the best stills cameras. However, as the saying goes, the best camera is the one you've got with you… or in this case is quite possibly strapped to your head or following you around attached to a drone.
The Hero3+ Silver's 10-megapixel resolution lags slightly behind the other cameras, which can all shoot 12 MP stills. But, realistically, this isn't going to make much difference.
Other photo-centric features worth noting are a Time Lapse mode which allows all of these cameras to shoot photos automatically at set time intervals from 0.5 to 60 seconds. New Night Photo and Night Lapse modes also allow the Hero4 models more flexible low-light shooting options.

Burst rate stills

Capable of shooting stills at 30 fps, the GoPro Hero4 Black and Silver should be quick eno...
The GoPro Hero3+ Black shots stills at 30 fps, but the Silver is limited to 10 fps
If you want to take a photograph of someone pulling off an amazing trick, you need to be able to shoot a burst of stills quickly. It's either that or keep asking them to repeat it for you to get just the right frame.
Being able to fire off 30 frames in a second, the GoPro Hero3+ Black and the Hero4 Black and Silver are going to give you a better chance of capturing that moment first-time than the 10 fps of the Hero3+ Silver.

Superview

Only the GoPro Hero4 Black is able to shoot 4K or 2.7K Superview footage
The GoPro Hero3+ Silver cannot shoot Superview footage
Superview is a clever GoPro video mode which is designed to capture a more immersive wide angle perspective. It does this by shooting at a 4:3 aspect ratio, using the full height of the camera's sensor, and then dynamically stretching the sides to produce a widescreen 16:9 aspect ratio.
Only the Hero4 Black is able to shoot Superview footage at 4K (24 fps) or 2.7K (30/25 fps). While the Hero4 Silver, and the Hero3+ Black (which the feature was first deployed on) can use it to shoot 1080p and 720p footage.

Protune

With the GoPro Hero4 cameras Protune can be used when shooting stills or video
The GoPro Hero3+ can only use Protune when shooting video
Protune allows GoPro users to shoot in a higher quality and with less compression. It also gives more control, with the ability to adjust settings including color, ISO limit, white balance, sharpness and exposure. For example, a flat, neutral color profile can be selected which makes it easier to incorporate footage into a professional workflow, and exposure value compensation can be adjusted to control brightness.
ISO selection also gives users more control over the balance between brightness and image noise, with settings ranging from ISO 400 to 6,400 for video, and 100 to 800 for stills. When Protune debuted with the GoPro Hero3+ Black last year, it could only be used for video, but on the GoPro4 cameras, it can now be used whether shooting video or stills.

Built-in LCD touchscreen

The GoPro Hero4 Silver is the first and only GoPro actioncam to boast a built-in touchscre...
The optional LCD Touch BacPac is available for the other GoPro Hero3+ or Hero4 models with...
The GoPro Hero4 Silver is the first and only GoPro actioncam to boast a built-in touchscreen viewfinder. Like the optional LCD Touch BacPac, which is available for the other models, this screen can be used to help frame shots or replay videos ... but without adding additional bulk.
While its size is limited by the physical size of the camera, the 1.75-inch QVGA touchscreen can easily be used to navigate camera menus and adjust settings thanks to a user interface which responds to taps and swipes.

Wireless connectivity

The new Hero4 cameras benefit from Bluetooth connectivity in addition to the built-in Wi-F...
The new Hero3+ cameras lack the Bluetooth connectivity of the Hero4 shooters
The new Hero4 cameras benefit from Bluetooth connectivity in addition to the built-in Wi-Fi of the Hero3+ shooters. All of the cameras are compatible with both the GoPro App and Smart Remote.
The GoPro App allows you to control your camera remotely using your phone or tablet, complete with live video. The optional Smart Remote (an update to the Wi-Fi Remote which was bundled with the GoPro Hero3+ Black) features an increased battery capacity and allows you to control multiple GoPro cameras from distances of up to 180 m (600 ft).

Storage media

All of these GoPro actioncams use microSD memory cards
These GoPros require memory cards with a Class 10 or UHS-1 rating
All of these GoPro actioncams use microSD memory cards and require one with a Class 10 or UHS-1 rating. They support up to a 64 GB capacity.

Battery

If you're shooting 4K 30fps video on the Hero4 Black, you'll only get 1hr 5m of shooting b...
Taking a recording mode that all of the cameras are capable of (720p 120 fps with Wi-Fi of...
Battery life is one of the few aspects of the GoPro cameras that users tend to complain about, and the situation doesn't look like it is going to improve with the power-hungry Hero4 cameras. If you're shooting 4K 30fps video on the Hero4 Black, you'll only get 1 hr, 5 m of shooting before you need to change batteries. With Wi-Fi on and using the GoPro app, this time it's just 50 minutes.
Taking a recording mode that all of the cameras are capable of (720p 120 fps with Wi-Fi off) the Hero4 Black should last for 1 hr 50 m, the Hero4 Silver 1 hr 55 m, the Hero3+ Black 1 hr 55 m and the Hero3+ Silver 2 hr 20 m.
It's also worth noting the Hero4 cameras are not compatible with any older GoPro batteries you might have lying around, so you'll have to buy new spares. However, the new DSLR-like battery access does make it easier to change them when needed.

Price

The top-of-the-range GoPro Hero4 Black will set you back $500
The GoPro Hero3+ cameras offer most of the features of the new model, for less money
As the features and specifications suggest, there's quite a range when it comes to the cost of the GoPro cameras. The new Hero4 models are also entering the market for US$100 more than their predecessors did a year ago. It's also worth remembering that the Hero3+ Black comes with a Wi-Fi remote, while the optional Smart Remote will set you back an additional $80.

Summing up

As with their predecessors, we have no doubt that the new GoPro cameras will prove to be a massive hit for the firm, despite increased competition from the likes of the Contour Roam3, the Panasonic HX-A500 and Sony's Action Cam Mini HDR-AZ1VR. But which camera is right for you will depend on what you want to do with it, and how much you want to spend.
The Hero4 Black is clearly designed for professionals and, as such, offers the best video quality of any GoPro camera, along with features and modes which make it easier to incorporate into a professional workflow. Meanwhile, the Hero4 Silver could well be the best GoPro for the majority of users. If you don't need 4K 30p footage, or the pro-orientated features of the Black, you can save $100 while also gaining an LCD touchscreen.
Other benefits of the new Hero4 cameras include a new user interface, the ability to mark key moments of a recording so you can locate them quicker later with a HiLight Tag button, and improved camera controls with a new dedicated button that allow you to quickly access and adjust camera settings.
However, the previous Hero3+ devices remain very capable actioncams. Until a week ago the Hero3+ Black, was the top of the GoPro range and, as such, still offers a solid package. The Hero3+ Silver again provides users the majority of features, with a more wallet-friendly price-tag. If you need and even more affordable GoPro and don't mind missing out on the higher-end features, the new basic GoPro Hero might also be worth a look.

European scientists developing a robotic tree


The PLANTOID robot, with its 'trunk' and sensor/leaf-bearing branches
The PLANTOID robot, with its 'trunk' and sensor/leaf-bearing branches
The animal kingdom contains many examples of efficient forms of locomotion, so it's no wonder that we've been seeing a lot of animal-inspired robots – recent examples have included a robotic cheetah, fishand snake. Plants, however, just sit there ... don't they? Actually, they domove, just not necessarily in a Point A to Point B manner. With that in mind, Europe's PLANTOID project consortium is now in the process of developing a tree-like robot. Its descendants might ultimately find use in the exploration of other planets.
The base of the PLANTOID robot is a 3D-printed plastic "trunk," which houses a microprocessor. Extending out from the sides of that trunk are four plastic branches, the leaves of which are actually sensors capable of detecting and measuring factors such as temperature, humidity, gravity, touch, and chemical elements.
The robot's two roots, however, are where the real action is.
The robot on display, showing its tentacle-like and 'growing' roots (bottom left and right...
The robot on display, showing its tentacle-like and "growing" roots (bottom left and right, respectively)
One of those roots, which bends like a tentacle, has a tactile-sensor-equipped tip. Using that sensor, as it squirms its way through the dirt, the root can change direction when it encounters solid obstacles ... much like a natural root does. It could also be equipped to sense and avoid toxic substances in the ground.
The other root (seen below) is actually able to grow down into the substrate. It has a rotating tip, which extrudes a coiled cord behind it as it turns. The coils join together to form a tube-like root, which continues to grow as long as the tip keeps turning.
PLANTOID's growing root
In its present form, the PLANTOID robot serves mainly as a proof-of-concept model. Down the road, however, the technology developed for its roots could lead to better endoscopic surgical tools, or for tools used in locating victims buried in debris at disaster sites.
Complete PLANTOID-type robots could be also used to monitor things like soil conditions and pollutant levels here on Earth, or they could even find use gathering environmental data on other planets. Once deposited by an unmanned rover, a PLANTOID could secure itself in place via its roots, then set about sensing the air and soil.
The project is being led by the Istituto Italia di Tecnologia, with the other members consisting of the Institute for Bioengineering of Catalonia (Spain), the UniversitĂ  degli Studi di Firenze (Italy) and EPFL (Switzerland). It began in 2012, and is due to wrap up next April. In the meantime, the researchers are looking into adding other functions to the roots, and devising ways in which the robots could draw power from their environment.

How to Turn an Inkjet Printer into a Bio Lab (Op-Ed)

Chemical reaction printer


If you stop and think about it for a moment, you will realise what an astonishing feat of precision engineering your colour printer is. It can take the primary colours – cyan, yellow, magenta and black – and mix them together carefully enough to achieve more than a million different hues and shades. Not only that but the drops of colour are mere nanolitres (billionths of a litre) in volume, each of which is then placed on the paper – assuming its not jammed in the feeder tray – with better than pinpoint accuracy.
Now a group of enterprising chemists from Tsinghua University are exploiting that precision engineering, which normally results in high-resolution colour prints, to screen millions of different chemical reactions. Their results have been published in the journal Chemical Communications.
Yifei Zhang and colleagues have been trying to understand reaction pathways in living things. Every chemical process that goes on in living organisms is controlled by a cascade of reactions. The steps in a cascade are mediated by protein molecules called enzymes. Each enzyme makes a small chemical alteration, like workers on a production line, to a molecule before passing its product onto the next enzyme. In this way, for example, plants build sugars from carbon dioxide and your food gets broken down and then reconstructed into other useful chemicals for your body.
The problem is that to understand these complicated processes by reconstructing them outside of a living cell is difficult. The concentrations of an enzyme relative to the next in the line is key. Get this wrong and bottle necks are formed in the production line, as one enzyme works faster than the next.
To figure out what are the right conditions to replicate a living cell’s workings, chemists must set up and monitor a vast number of reactions. Screening large numbers of reactions like this is often done using “96-well plates”, which are 96 tiny containers with a unique combination of chemicals in each. These reactions might be set up manually or, if the lab is well-funded, by an expensive robot. But even with the best robots available it can still be a slow process.
Colour printers are a lot cheaper than robots. And if the inks are replaced by solutions of enzymes then suddenly you have a device that has the potential to dispense more than a million different reaction mixtures.
That is just want Yifei and colleagues have done. Their printers were loaded with a series of enzymes that, when they work together in the correct ratios, produce coloured reaction products. These were printed directly onto paper where it was immediately obvious, from the intensity of a coloured dot, which reaction mixtures worked best.
In the test cases reactions were deliberately chosen that resulted in colour changes. This made for a nice quick visual indication of whether the system worked well. So for example one test started with glucose and a chemical called ABTS in the magenta cartridge, then the enzymes glucose oxidase (GOx) and horse-radish peroxidase (HRP) in the yellow and cyan cartridges. When they are mixed together the GOx removes a hydrogen from the glucose and adds it to oxygen, producing hydrogen peroxide. Next the HRP reacts this with the ABTS, which results in a green chemical.
The potential applications for these printer-based mixtures extend beyond curiosity-driven research on biological pathways. Yifei and colleagues have already shown that by loading the printer cartridges with the right enzymes they can use the set up to indicate the presence of glucose in a sample. Glucose in urine is a indication of diabetes, so their printer-based chemistry already has the potential to diagnose diabetes.
The result then could be a future where a trip to the doctors results in a printout of, quite literally, your urine and some enzymes alongside, after 30 seconds or so, a diagnosis and the prescription.

Mark Lorch does not work for, consult to, own shares in or receive funding from any company or organisation that would benefit from this article, and has no relevant affiliations.

Delivery Drones Become a Reality in Germany & In Images: DHL's 'Parcelcopter' Delivery Drone


German logistics company DHL recently announced it is launching a new drone delivery service to get "urgently needed goods," such as life-saving medicines, to certain remote locations.
The company's plan is to use small, parcel-carrying drones to deliver medications and emergency supplies to Juist, an island in Germany's North Sea, where more traditional delivery options (such as ferries or trains) aren't always available. The drone service is a continuation of DHL's "parcelcopter research project," which launched in December 2013.
But the DHL drones have changed significantly since their maiden flight, DHL officials said in a statement. For one thing, they've been modified to endure the high winds and rain that they may face over the North Sea. The parcelcopter 2.0 can reach altitudes of 164 feet (50 meters) and can fly as fast as 40 miles per hour (64 km/h). The drone is also capable of flying for extended periods of time — about 45 minutes before needing to be recharged — enabling it to make the roughly 7.5-mile (12 km) journey to Juist, according to DHL officials. [See photos of DHL's delivery drones]
The drone can carry loads of up to 2.6 pounds (1.2 kilograms). The drone itself weighs 11 pounds (5 kg), according to DHL.
Thanks to a new autopilot feature, the maiden flights of the new and improved drones will be completely automated, even during takeoff and landing, company officials said in the statement. However, drone pilots will be standing by at a mobile ground station in Norddeich, on the coast of mainland Germany, just in case something goes awry.
Once the drones land at Juist, the parcels (secured in a lightweight, weatherproof case) will be delivered to their recipients by a human courier.
For now, the company will be using the drones only when other delivery options aren't available, and no plans are currently in the works to incorporate the parcelcopters into normal day-to-day deliveries, according to company officials.
However, DHL does seem to be taking its drone delivery program seriously. The company sought full approval from government agencies to carry out the project. The German Ministry of Transport and Digital Infrastructure went so far as to establish a restricted flight area exclusively for use by DHL's parcelcopters.
And the company has good reason to keep moving ahead with its drone delivery option. Several other companies, including Amazon and Google, have already begun testing their own versions of parcel-delivery drones.
In December 2013, Amazon announced its futuristic Prime Air service, which would use drones to deliver packages straight from the online retailer's warehouses to customers' doorsteps — and quickly. In an interview with "60 Minutes," Amazon founder Jeff Bezos said the company hopes to get goods into the hands of shoppers in 30 minutes or less from the time of purchase.
Following on Amazon's heels is Google, which revealed its own drone delivery project in August. Dubbed "Project Wing," the Google effort is still in an early phase of development, according to the company, but the concept will likely be similar to other drone-delivery systems.
Unlike the Germany-based DHL, however, efforts by Amazon and Google have been stalled by the U.S. Federal Aviation Administration (FAA), which oversees the country's civil aviation but has yet to establish official regulations for the commercial use of drones. The FAA is expected to announce its rules in 2015, but until then, the development of delivery drones in the U.S. remains in regulatory limbo.