Most Popular Innovations for 2016

Occasionally a new technology appears which promises to change our lives for the better. It either improves our performance by working more simply and at a faster rate, or it creates possibilities and options that did not previously exist, with that, here are some of the most popular innovation for 2016.


Oculus Rift

Our first and one of the many examples is the Oculus rift, The Oculus Rift is a virtual reality headset developed and manufactured by Oculus VR, and is scheduled for release on 28 March 2016, making it the first to kick-start consumer-targeted virtual reality headsets. Two of these models were shipped to backers, labelled as ‘development kits’; the DK1 in late 2012 and DK2 in mid-2014, to give developers a chance to develop content on time for the Rift’s release. However, both were also purchased by a large number of enthusiasts who wished to get an early preview of the technology.


Autonomous vehicles

An autonomous car (driverless car, self-driving car, robotic car) is a vehicle that is capable of sensing its environment and navigating without human input. Autonomous vehicles detect surroundings using radar, GPS, computer vision, etc…

This technology could prevent more than half a million accidents and more than a thousand fatalities in the United States every year. The technology stands to revolutionize the way we drive, says John Maddox, a program director at the University of Michigan’s Transportation Research Institute.


3d Printing

Next, are 3d printing, we’ll see continued advances in 3D printing with a wide range of materials, including advanced nickel alloys, carbon fiber, glass, conductive ink, electronics, pharmaceuticals and biological materials for practical applications expanding into aerospace, medical, automotive, energy and the military.

Recent advances make it possible to mix multiple materials together with traditional 3D printing in one build. This could be useful for field operations or repairs when a specific tool is required and printed on demand. Biological 3D printing, such as the printing of skin and organs, is progressing from theory to reality; however, politicians and the public don’t have a full understanding of the implications.


Advanced Machine Learning

Advanced machine learning is what makes smart machines appear “intelligent” by enabling them to both understand concepts in the environment, and also to learn. Through machine learning a smart machine can change its future behavior. This area is evolving quickly, and organizations must assess how they can apply these technologies to gain competitive advantage.



Whether hoverboards are this year’s Tickle Me Elmo or the beginning of a true movement in, well, movement is yet to be seen. Either way, they’re among the most discussed gadgets this holiday season. Just months ago, the hottest toy around was the hoverboard, available from nearly any e-commerce website and a growing number of retail stores. An estimated 400,000 hoverboards shipped out of China’s electronics metropolis of Shenzhen last October alone to satisfy a growing legion of fans around the world.

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The Switch From Personal to Mobile Computing

In less than two years, a smartphone could become your best PC. And it’s not hard to see why not.In every passing season, one more wave of mobile contraptions is released that’s more in a better position and with better specs than the release previous to it. We’re on the point where someone armed with the present model of smartphone or tablet is ready to handle just about all of their at residence and even at work duties without having whatever else. We’re a dwelling proof: for the last years, journalists have been able to cover pursuits with just about exclusively using smartphones.


Smartphone Becomes The Focus

Only some years ago, this wasn’t the case. In 2011, the Motorola Atrix paired with a desktop dock for clunky, restricted smartphone-centered computer experience. It used to be a high-quality inspiration, conceptually, but ahead of its time. The smartphones of 2011 and 2012 weren’t really powered sufficiently to meet all of our computing needs.However because of extended processing energy, higher battery lifestyles, vastly accelerated networking speeds, and higher screen sizes on cellular contraptions, the shift far from the desktop is accelerating.Will the desire for a desktop still at large? No, it is no longer as needed as before. This is an opinion from a chief researcher. Many already don’t.

New Chips Being Introduced

Chipmaker ARM believes that with its new chips introduced last week — a brand new Cortex-A72 processor and Mali-T880 GPU — will make humans become competent to count on their smartphones to do the entire duties presently wanted in a computer to do. The manufacturer is so positive of this, it’s projecting a date once we can go mobile-best: 2016. That leaves us roughly 23 months to make it occur. But most of us are already telephone-first at present, and given the present speed at which the industry is relocating, we’ll be rounding that bend very quickly.

The worldwide PC enterprise has been on a downward pattern for the past few years as smartphones penetration continues to develop. Tablets are exchanging the necessity for a notebook for a quantity of tech-forward, mobile stuff. And now tremendously capable smartphones (phablets) are taking the place of tablets.

As customers prefer to do quite mobile. See it from the world point of view. It’s essentially the fundamental computing gadget now. The PC has grown to be a secondary computing device.

Smartphone As Laptop

mobile-appFor those in many developing nations, a smartphone is their first laptop and their most effective internet-linked device. In step with a February 2014 survey from a study, Africans use their cellphones for cellular repayments, for getting political, health, and consumer know-how and, of course, social networking. With pricing reaching an affordable $30 to $50 for some smartphones, persons who’ve under no circumstances before been equipped to afford a computing gadget now own one, and it matches in their pocket.
Not to mention portable.

Making The Switch

However while the smartphone’s hardware and application will be technically capable to handle dutiespreviously reserved for the desktop, making the switch from smartphone-plus-netbook (or laptop) to a basic smartphone will still take some adjustment.

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The Internet To All Things Beneficial

smartphoneThe whole discussion on the new and glossy has downsides, and security and privacy are the biggest challenges for the Internet of Things. All these contraptions and methods accumulate plenty of exclusive knowledge about individuals – that many are aware of at the same time you’re detected on what electronics you use at the same time – and it’s a shared information with other contraptions and held in databases with the aid of Big Brother.

Protection gurus argue that not ample concern is being completed to build security and privacy into IoT at these early phases. To show they have hacked a bunch of devices, from connected little displays to automated lighting and clever fridges, as city wide programs equivalent to visitors information. Hackers haven’t, for nearly the most part, put so much consciousness to IoT; there’s doubtless not sufficient contributors utilizing linked knowledge for an attack to be closer to them to be valued.

Financial Gain Is Nowhere

The problem perhaps is to see the financial gain in hacking smart homes. There is often a cyber criminal working away at it if it becomes the case.

IoT is particularly liable as you’re now quite scared to face severe loss or injury due to the fact of your smart connections.

Especially true with your personal computer at the least. On the other hand, there’s no assurance, and up to now not enough is being finished to be specific that IoT isn’t the becoming the intention for hacking.

This all relies in your enterprise: manufacturing is maybe the furthest forward in the IoT, as it’s precious for materials, machines and members, and monitoring the location to be known first. Farmers have moreover been turning to linked sensors to watch both crops and cattle, within the hopes of boosting bmw_vision_2business, effectively and monitoring the wellness of their herds.

Interconnection Of Gadgets

The examples are endless, and all we are able to foretell is that connected gadgets will most commonly creep into most corporations, with no trouble that the best way where PCs and the net have gone before. When the efficiencies are with tools or crops, it’s effortless to appreciate the potential growth, nonetheless when it’s for the workplace employees who’re being squeezed for additional productivity, it would take on just a little of a dystopian contrast: anticipate your security entry card getting used to being watched. The place you’re inside right now so your boss can tell up to how much time is spent within the kitchen making tea.

Life Saving Internet

Smart tablets linked with monitoring patches are already on hand, highlighting the life-saving abilities of IoT, and a lot is already strapping smart watches or wellness bands to their wrists to observe their steps or heartbeat at the same time on a run.

There’s a number of intelligently linked wellness strategies: Intel made a smart band that tracks how a lot of sufferers with Parkinson’s shake, accumulating more extra information than a paper and pen will be able to do. Monitors can track daily pursuits of senior or those in bad health to predict detrimental anomalies. Participants witwearable-techh heart disorders can use IoT to notice irregular coronary heart rhythms.

Healthcare is one subject where the location of more data has the potential to avoid wasting tons of lives, with the aid of stopping disease, monitoring it and with the help of analyzing it to create new therapies. However, our wellness can also be probably the touchiest areas of our lives, so privacy has to be safeguarded. We all will want just a little extra preventative medication first but without losing our identity in return.

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