Want your next smartphone to stand out from the crowd? Nextbit's Robin will do just that. The boxy, mint-colored handset (it also comes in a blackish "midnight") was originally funded on Kickstartervia BackerKit. The device certainly looks different, but what makes it truly special is its approach to software. Nextbit is doubling down on the cloud -- the Robin has 32GB of internal storage, but that's coupled with an extra 100GB online. If you're starting to near capacity, the phone will automatically shift little-used apps and data into the cloud, ensuring you're never left furiously deleting old photos. That's the theory, anyway -- we're curious to see how it holds up in practice. Kickstarter backers were able to get the phone for as little as $299, but now you're looking at $399 for a regular pre-order. That's not extortionate for an Android flagship, but this is a new startup launching their first phone -- you've got to be brave to buy one, especially when there are similarly priced alternatives like the Nexus 5X.

Sony's one-of-a-kind FES Watch is about to become more than a clever crowdfunded idea. The mostly e-paper timepiece is going on sale in Tokyo at Omotesando's MoMA Design Store on November 21st, when it will cost you a not-completely-unreasonable ¥29,700 ($241). It'll reach the city's Isetan boutique more than a week later, on December 1st. There's no mention of retail launches elsewhere in the world, but something tells us that you'll have to order it online (either through Sony's First Flight or the MoMA store) if you want any hope of strapping on this customizable wristwear outside of Japan.

Nokia Fit phone concept: with the size of a ring?

Do you remember that secret device FBI agents use to make and take phone calls during their missions? The tiny thing that looks like a chip attached to your ears? Well, if you like a device like that, this Nokia concept maybe interesting to you. It seems to be a perfect device for secret agents and anyone who want a “handy” phone in your reach any time. How about a phone that can be worn on your finger, like a ring?

Nokia fit phone: on your finger like a ring!

This Nokia Fit phone is exactly what you are thinking of. As a concept made by aspiring designer Issam Trabelsi, the Nokia Fit phone is made of soft silicone and flexible rubber, featured to be worn comfortable around your index finger.

In our fast growing smartphone industry, we have seen and heard about many potential and promising wearable product: from smart watch to wraparound smartphones. However, all of those we know so far are only limited to your wrists. “How about right on your finger, like a ring” – That must have been where Nokia Fit concept came across.

Nokia Fit phone: vibration is your notification

The Nokia fit is a basic phone that can only operate phone calls and texting. The buttons and control are within easy reach (since everything is on your finger, what is not easy then?). They are all located either on the top or on the bottom of the device. Vibrations would be what you can expect to realize incoming calls or new text messages. So it is totally silent and perfect for a serious mission. Are you ready to spy?

As Nokia comeback 2016 made their official confirmed and reaching close, the company also revealed that this time, they will bring back mobile and wearable products. Who knows, there is a chance this Nokia Fit phone concept is appealing to the Giant, and they will work to really bring it to our real life.

Nokia Fit phone: be the choice on Nokia Comeback 2016?

Are you excited for Nokia comeback 2016, or for this very cool Fit phone? Put on your finger, press those button, and get ready for your next mission!

Nokia Power Ranger concept: 4GB

RAM , 24.2 MP Cam and huge

512GB ROM!

We have very good fans of NOKIA Mobile Phones.  Today we would like to introduce to you the Nokia Power Ranger, an amazing new Nokia phone concept. Mobile concepts, like the Nokia Power Ranger, is a realm that requires huge imagination and creativity.  The Nokia Power Ranger might just be a blueprint for the next generation of Nokia smartphone for Nokia’s Comeback with Android in 2016. Read more about the Dual Boot Nokia Power Ranger for 2016 with 4GB RAM, 512GB ROM and 24.1 Pureview Camera.

Nokia Power Ranger Specs

After the smartphone section being acquired by Microsoft, Nokia’s fans thought they would never see a Nokia smartphone again. However, on April 15th, Nokia once again stepped into smartphone industry by acquiring the Alcatel- Lucent. On the main site, Nokia emphasizes: “The combined company will be uniquely positioned to create the foundation of seamless connectivity for people and things wherever they are. “. The newest concept for the next Nokia smartphone, which is designed by Ashraf Amer, is called Nokia Power Ranger. This utopian concept must cost him a lot of creativity. Coming along with beautiful appearance, Nokia Power Ranger Specs are what is called “futuristic”.

Nokia Power Ranger is a dual-boot smartphone running on both Windows Mobile and Android OS. This fits right into recent news about the Nokia C1 Android Phone, that will also come with Android OS.  A Snapdragon 805 processor clocked at 2.5 GHz powers the newest Nokia phone while an Adreno 420 GPU takes care of graphic. Smartphone makers now have trends to produce borderless phones. So the designer is up-to-date when giving the phone a super thin bezel.  A 5.1” 2K (2560×1440 pixels) display is located in front of the device accounting for more than 90% of the front.

With 4GB RAM, we think Nokia Power Ranger can handle multi-tasking very well. Furthermore, this Nokia phone is definitely futuristic when having a shocking on-board storage capacity of 512GB ROM. If so, memory card slot is not a need anymore.If you think 20MP camera is good enough, well, think again. This Nokia Power Ranger offers you a 24.2MP Pureview camera with dual LED flash and 4K video recording ability. In contrast to the enormous sensor of the rear camera, the front-facing camera is just of 5MP.

Nokia Power Ranger Release Date in India?

How do feel about this Nokia Power Ranger concept? Excited or not? Nokia will have their Comeback with Android smartphones like the Nokia C1 Android in 2016. Nokia’s contract with Microsoft is running out in the January 2016, so we will see the newest Nokia phones in 2016 again. We really hope that the Nokia Power Ranger phablet will also be released in 2016 with other new Nokia Smartphones like the Nokia C1 or Nokia Swan.

How does Android Work?

Starting at the bottom is the Linux Kernel. Android uses Linux for its device drivers, memory management, process management, and networking. However you will never be programming to this layer directly.

The next level up contains the Android native libraries. They are all written in C/C++ internally, but you'll be calling them through Java interfaces. In this layer you can find the Surface Manager (for compositing windows), 2D and 3D graphics, Media codecs (MPEG-4, H.264, MP3, etc.), the SQL database (SQLite), and a native web browser engine (WebKit).

Next is the Android runtime, including the Dalvik Virtual Machine. Dalvik runs dex files, which are coverted at compile time from standard class and jar files. Dex files are more compact and efficient than class files, an important consideration for the limited memory and battery powered devices that Android targets.

The core Java libraries are also part of the Android runtime. They are written in Java, as is everything above this layer. Here, Android provides a substantial subset of the Java 5 Standard Edition packages, including Collections, I/O, and so forth.

The next level up is the Application Framework layer. Parts of this toolkit are provided by Google, and parts are extensions or services that you write. The most important component of the framework is the Activity Manager, which manages the life cycle of applications and a common "back-stack" for user navigation.

Finally, the top layer is the Applications layer. Most of your code will live here, along side built-in applications such as the Phone and Web Browser.

One of the unique and powerful qualities of Android is that all applications have a level playing field. What I mean is that the applications Google writes have to go through the same public API that you use. You can even tell Android to make your application replace the standard applications if you like.

Solar Paper’ world’s first super thin and lightest solar charger for iPhones, Samsung Smartphones and GoPro Cameras

Solar Paper world’s slimmest and lightest solar charger for GoPro cameras, Bluetooth speakers, Digital cameras, flashlights, smartphones etc

Solar Paper is the world’s first solar charger that is paper thin, ultra light in weight, pretty flexible solar panel that easily fits between the pages of a notebook or a planner.

Solar energy is nothing but the energy harnessed from sunlight which is available in abundant and just needs to be tapped with appropriate devices.

Solar Charger, is not a new product and there are already many solar chargers available in the market which are really great; however the main problem with even the best of the chargers is that either they are too heavy or too big which makes it difficult to be carried around during day to day activities. Some of them even take a very long time to charge the gadgets.

The major goal behind developing ‘Solar Paper’ was to get a small scale personal solar charger which could charge the gadgets much faster.

Thus, a company known as YOLK, a solar charger startup based in the US, successfully developed ‘Solar Paper’ which claims to be the world’s first thinnest and lightest solar charger. Yolk is the same company which had developed the Solarade portable chargers last year which had an awesome response and a positive review.

Solar Paper is just the size of an iPhone 6 measuring around 19 cm in length and 9 cm in width, and it seems that the charger is able to charge an iPhone 6 in mere 2.5 hours in full sun, which is really amazing because most of the other solar chargers and even a wall charger would take almost double this time to charge an iPhone6.

The Solar Paper is extremely thin, about 1.5 millimeters thick along the length of the panel, and the company claims that the charger is so thin that it can be even placed in between the pages of a notebook and used as a bookmark. On the other hand, it weighs around 120 grams indicating it is light in weight.

The top end of the panel features a USB port that can connect to the gadgets and a LCD screen which displays the overall current charge being passed from the panel to the gadget. This LCD screen would help the user to make out how much energy is being generated by the charger and also user can study how the charger is performing in different atmospheres. Due to the LCD screen this portion of the panel is a bit thicker measuring around 1.1 centimeters; however otherwise the device is pretty slim.

This light weight and thin solar charger can even be draped around the exterior of a backpack thus helping the hikers to gather adequate sun rays and then use this solar energy to charge their gadgets.

Each single unit of the Solar Paper outputs around 2.5 Watts. Besides, the beauty of the product is that the panels have been embedded with magnets which enables users to link together the extra panels depending upon the requirement of their charging. Users can have the Solar Paper charging configured in the multiples of 2.5 W such as 2.5 W, 5 W, 7.5 W and 10 W. One would thus need four panels so as to get 10 W, which is the power required to charge a tablet. The magnetic surfaces also help users to stick them on some metallic surfaces while placing it outdoors.

Solar Paper charger is currently on  the global crowd funding platform, Kickstarter and the good news is that it has already surpassed its goal of $50,000 and at the time of writing this article it has crossed $214,415, while the company still has 36 days more to go.

Once the funding rounds comes to an end the company would focus on developing their first batch of Solar Paper and it is expected that the first batch of chargers would be shipped to customers in September this year.

The Solar Paper can be used to charge GoPro, external battery, Bluetooth speaker, Digital camera, double recharging battery charger, flashlight, smartphone and even Tablet just by adding additional panels.

If readers are looking for a super thin solar chargers then they would need to churn out around $69, now, for a basic two panel version that gives a 5W output. For the 7.5 W and 10 W the cost might be a bit more. The retail price would increase after the Kickstarter campaign and is expected to hit $120.

Bill Gates Sponsored Giant Fans Will Soon Suck CO2 From Air and Recycle it as Fuel

CO2 is the major cause of climate change and global warming. As of now, sustainable development is just in speeches and when an immediate solution was seeming unlikely, Carbon Engineering came up with a technology that would reduce and recycle the CO2 present in the atmosphere instantaneously. Read to know more.

The rate of climate change today, and its effects on the planet’s future, incite some of the strongest opinions and anxiety among the people. While the world acknowledges it, yet no one wants to share the responsibility. No wonder Elon Musk calls this as humanity’s dumbest experiment.

Carbon emission is the biggest contributor to the increase in global temperatures worldwide, and it will continue to do so until an immediate solution is panned out. Planting trees can do the trick, but it would require vast amounts of fertile land to absorb even a small volume of CO2. But what if we could build something that does the same as forests- suck CO2 out of the atmosphere?

Carbon Engineering, a company sponsored by Bill gates, is working on technologies to take CO2 directly out of the atmosphere. It sounds amazing but not easy as CO2 represents just one molecule out of 2500 molecules in the air.

Carbon Engineering has built the prototype contactor that converts 100 kilos of carbon dioxide present in the atmosphere every day into harmless carbonates. Now just imagine the extent of their full-scale system.

At its maximum capacity, the full-scale system by the Carbon Engineering team is expected to capture the emissions from 300,000 cars every year. Air capture doesn’t require any exotic technology and can be scaled in size and installed anywhere on the Earth (since CO2 is present everywhere) depending on the economic and industrial needs of the place.

And, it doesn’t end here. The pure CO2 can be combined with H2 and form hydrocarbon fuels such as gasoline and jet fuel, thus continuing the above process.

Air capture seems quite a promising technology, a solution that could provide sustainable development at a lower cost. The conventional cars are not going out anytime soon and nor the industries going to slow their pace, so air capture could be a game changer without affecting the development agenda of the countries.

See the video by Carbon Engineering to get better knowledge about the technology. Share your views in the comments below.