What is Mixed Reality Technology?

Virtual and physical spaces are no longer two separate dimensions, but just parts of a continuum.

When talking about mixed reality technology, each of them has their own perception. From my point of view, I want to turn the fact to the truth about mixed reality that it simply embeds the virtual objects into the physical world.

Looking for a screen-based solution or any other source it obtains an understanding of the tangible layout of the space which a virtual object needs to be implanted in.

In mixed reality technology, both the real and the virtual world are made to exist together. Here the user is provided with the ability to dig into task the virtual and real world seamlessly at the same time.

Through space coordinates, the virtual objects are placed physically in the real world. Instantly they become larger, then while moving far away from them makes it smaller.

It acknowledges the users to manipulate also interact with them as if the objects were present with them together in the same relevant place.
Differences between Virtual reality, Augmented reality and Mixed Reality Technology?

Virtual, augmented, mixed reality, when it comes together it is quite confusing, isn’t it?

To help you come out of this confusion, I’ve pulled out some key concepts about these three topics and differentiated them so that you may get an idea about what they are an individual.
Virtual Reality

Virtual reality is not being into the real world but is a simulation that draws the user into virtual reality.

Virtual reality being extensively sensitive changes the visual environment around you. It is a unique artificial world designed to modify the actuality and dip deep into it.

Nothing is real and everything is virtual.

Virtual reality grasps the motive of the user into an immersive simulation. The physical world is totally replaced with the effect of lightings together with sound systems. It makes you feel as if you are living in the digital world.

One of the best features of virtual reality is that it enhances the working experience. It makes the reality in virtual very exciting together with perfect interaction to a different world.

VR has its platform in medical, military and gaming for giving skill with knowledge on a very different level. It has a very realistic environment.

Virtual reality is a comprehensive term for all digital reality variation. It is something like a specific kind of experience. It is perfectly a simulated knowledge.

It wraps up the user’s field of vision and responds to the movements according to what the screen displays in an appropriate way.

Virtual reality is eagerly hot to figure out the benefits of an innovative medium, either for productivity, sales or other promising uses. Thus nothing is real but everything is virtual.
Augmented Reality

A stroke between the real and digital world.

The simple difference between VR and AR is that AR lies in its own way where the digital contents are being mixed with reality.

It doesn’t lock up the entire space around the enjoyer in approval of new, fabricated one. It lies in between the digital layer of the viewer with reality.

The units in AR are translucent, enabling the users to view the surrounding as web graphs, maps, pages like Google Goggles. It manipulates the models which are overlapped onto the present scenario.

It is one of the accomplished and flexible VR technologies of the present day. It is consistently conveyed through the visor or movable screen for any purpose.
So what is the Mixed Reality Technology?

If people were to start using mixed reality, it would almost come full circle.

Mixed reality is something like a combo pack of both virtual with augmented reality. The essential term is flexibility where it enables the user to probe a digital 360-degree space. The illusion here is difficult to break.

While moving around, the virtual landscape withholds its own position getting closer in a way the real objects would be.

In general, the mixed reality is a self-reliant concept in order that categorizes the spectrum of reality technologies. It merges real with the virtual world to produce a modified environment.

It is also referred to as hybrid reality. It covers all the possible variations along with the creative structure of real and imagery objects.
How does Mixed Reality Technology work?

Mixed reality is an experience of the magical world.

Let me tell you something! In mixed reality, believability is a bottom line design strategy.

Mixed reality works by scrutinizing lightly the materialistic environment.

It develops in mind or physically a 3D map so that the device will understand how or where a digital content should be placed.

You can be able to interact with gestures too. It invites the digital into the real time, interacting with them. What you see in the headset is what the world will be, but everything becomes virtual.

The usage of transparent lenses in mixed reality with a knowledge of the tangible holograms to appear like the real objects. They are modified in such way to reach out with the environment also with each other.

It uses a projector for delivering the images on a semi-glassy material which will emulate the image to the eye with the help of beam splitting technology.
Mixed Reality Examples

The world around you will become absolutely new material for you to play, learn, and communicate together with perfect interaction. Now let us have a look at the examples.
Communication

Mixed reality Holoportation allows the device users in distinct cities or countries to interact with everyone in the same pact virtually while remaining miles and miles apart.
Education

For instance, Mixed reality helps the medical students benefit more comprehensive outlook with further interactions about the human anatomy.
Entertainment

Mixed reality Hololens totally changes the way for fans, to watch, interact with players, other fans, real-time game experiences and so on.

The usage methods for this technology never have a full stop. Initially mixed reality will replace the mobile devices but later on, it will start to replace all the other electronic devices at you home through a single pair of lenses.
Mixed reality Magic Leap - What we know about this mysterious mixed reality technology?

Do you know magic reality is something mysterious!

Beyond belief, the magic leap is a technique used for displaying or projecting the images onto a lens in front of the user"s field like mixed reality.

Mixed reality magic leap has developed an idea of show casting the images or objects to the eye through photonics chip. It projects the photons into the eye, mimics then finally matches the natural way in perceiving the environment.

It is also referred to as Mixed Reality Light field. The light field not only captures every beam of light that hits our eye but also the direction in which each beam is traveling through every point in space. It is a wearable device.

It still has its way to go further. The main goal of creating this is not for providing a bulky or heavy headset but it intends to develop with technology in much smaller form factor.

This paves way for virtual animations to a sense of depth. The high secured confidential of the new upcoming innovations have begun to develop tremendous buzz traffic online.
Conclusion

Mixed Reality Technology require unique interaction systems along with hardware systems. As the technology is improving MR will not only continue to distil but also improve the designs to the current trend. It targets for a completely immersive together with an ever-present system that a user may wear and interact with it at all times.

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How Does Artificial Intelligence Work?

The human brain is the most advanced and complex part of the whole human body. It is a result of billions of years of evolution. Even today, scientists are unable to entirely explain how exactly the thinking process works. We apparently are not intelligent enough to understand how we became intelligent. Scientists believe that we are not even making use of a fraction of our brain’s potential. But that discussion is for another day. This article is focused on a new interesting field of science that popped up in the last few decades, artificial intelligence or AI.

What is artificial intelligence?

Wikipedia defines Artificial intelligence (AI) simply as intelligence exhibited by machines. That is the core idea, but there is more to it than that.
Hollywood movies have made believe that AI means giving emotions to machines. That is far from the truth. Artificial intelligence is the use of smart algorithms and complex computer programming to make machines mimic human thinking. It means enabling machines to take inputs, think like a human brain and give an efficient and logical output. A fully fledged AI can thus, theoretically pass the Turing test.

Many readers will think that this happens only in fiction and are something that will never happen, many readers would be wrong. There is immense research happening in this area, and there has been many commendable products and advancements in the field.
Things such as Self-driving cars, Virtual assistants, speech recognition are happening around us. Optical recognition, or simply “Reading”, a human ability, is now no more a wonder, even smartphones can do that now. Similarly, there will come a time in our lifetime where AI will find a place in our day to day lives.
Applications of artificial intelligence
Artificial intelligence has so much potential that once it gets advanced enough, it will be a part of absolutely everything. Even the sky will not be the limit when this time. Even now, AI is advanced enough to find the following uses in the world:

Virtual Assistants
In the last decade, we saw smartphones becoming popular taking over the world. Virtual assistants became a part of them over the past few years. iOS has Siri; Windows has Cortana and Android has the Google Assistant. Of these 3, Siri is by far the most advanced. It comes integrated with every Apple iPhone. You can give it instructions to set alarms, reminders, ask for the weather conditions and do tons of things with it. Virtual assistants are programmed to learn with each human interaction and develop its understanding of human behavior, and this helps serving users better.

Artificial Intelligence and Cognitive computing will once reach that point when it can anticipate human needs and make human-like split second decisions based on inputs and experience.

Self-Driving Cars
This is a field that is so advanced that you will see the technology getting implemented in the next few years. Cars that does not require the involvement of a human. Think that it is fiction? It is not. Google and Tesla have been working on independent projects, and both of them are at its final stages. The car is driven by an AI and the AI, decides routes, controls the car and transports the passenger without disturbing them. All of these becomes possible through sensors and brilliant programming.

Online customer support (Chat bots)
These days, a lot of companies are using chatbots as a part of their customer service. These are algorithms that attempts to solve the problems of the users taking ideas from a data set and previous user experience. Try using the several chatbots in Facebook messenger app, or have a chat with the Google Assistant, you will certainly be amazed. All of these are possible due to smart algorithms and even smarter programmers.
Apart from these, AI finds uses in medical, military and communication fields.

Cognitive computing VS traditional programming

A program is how humans can give machines tasks and make them process data. Traditional programming refers to the use of programming languages to create software. Cognitive computing is the more advanced counterpart of that.
Cognitive computing or CC refers to technology platforms that make use of technologies such as Artificial Intelligence, machine learning, natural language processing, etc. Software or hardware that makes use of all these advanced computing techniques and imitates the functioning of a human brain can be called as examples of cognitive computing.

Cognitive computing is most used in the field of data analytics. Some of the existing applications are Face detection, Speech recognition, Behaviour Analysis, Sentiment analysis.

IBM Watson is a super computer that powers many applications in the field of Cognitive Computing. The IBM Watson APIs are used by a lot of developers to create applications.

Artificial Neural Network VS Human Brain

The human brain is the most complex and powerful computer in existence. We haven’t even tapped the edge of its full potential. The neural network is a biological network that connects every part of our body to the brain. The transmission speed of nerve impulses can be as high as 119m/s.

An artificial neural network, as you guessed is the digital version of this. It is a smart network that can change its structure based on the information that flows into it. It is always learning from each of the inputs and adapts itself to be more efficient. An ANN can learn from the input data sets. It can find patterns, ideal inputs, ideal solutions.

ANNs have more than three highly interconnected layers. Much like the human neural network, these layers receive data sets from the layer before it. The first layer takes the input, and the processing happens on each layer. Each layer has its own area of processing and uses rules that it knows or understood itself to process the input data. Ultimately, the last layer gives the output.

ANNs are being used widely where advanced processing is required. Cognitive computing, data mining, pattern recognition, face recognition, Temperature and Force Prediction, weather forecast are some of the common places where you will find an ANN in action.
List of programming languages for artificial intelligence

After creating algorithms, it needs to be coded in a specific programming language to be run on a machine. Even in its current adolescent stage, artificial intelligence, a lot of programming languages are available to back it up. Some popular programming languages such as Python and C++ can also be used for this. Deep knowledge of a language is necessary for a programmer to be able to work on artificial intelligence programs.
IPL or Information Processing Language, developed in 1956, was the first language to be made for artificial intelligence.
AIML or Artificial Intelligence Markup Language, an advanced form of XML is used to create the chatbots that you use.
Smalltalk is an Object Oriented Programming language, that is being used a lot for Artificial neural networks, machine learning, etc.
Good old Python.
Lisp
Prolog

Conclusion: Artificial Intelligence and Human Conscience
Science fiction movies such as “I, Robot” directed by Alex Proyas have talked about Artificial Intelligent systems that grew a conscience. These had plots that mostly centered on such AI systems trying to take control of the earth. Even though that’s fiction, we are definitely nearing to a future where such systems will exist. Artificial Intelligence is a field where extensive research is going on, and a lot of money is flowing. Maybe one-day science fiction will become fact and it may or may not lead to a better life for humankind.

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5G Wireless Technology Will Revolutionize The Internet Content

“Data is the new Oil”, said the richest man in India who also owns a 4G telecom network there. The new age is driven by data and the transfer of it. Live one day without the internet and you will understand this, you probably won’t last the day anyway. An average smartphone user’s day starts with checking his messages just after he disables the alarm. Then the whole day is spent checking mail, uploading selfies, scrolling the news columns, video chat, streaming videos and this goes on till right before he falls asleep. A moderate user with a decent internet pack will use a minimum of 1 Gigabyte of internet data per day.

The internet keeps us all connected to the outside world. You will receive news about things within minutes after they happen. You can see a friend living in another continent using video calls. You can stream movies in the comfort of your home. You can do thousands of things with/on the internet.

All of this becomes possible because of the advancements in communication technology. A good data transfer speed is necessary to enjoy the internet as it is. Buffering videos are equal to slow death for most users, and a video call over a poor network will surely be tormenting. Understanding the need for more and more faster networks, researchers and communication engineers are working their best to make the transfer of data faster.

The current fastest widely used technology is 4G LTE, where LTE stands for Long Term Evolution. It came after the slow 2G network and the faster (yet slower when we look back) 3G network. In most places, 4G costs the same as 3G and is thus a no-brainer upgrade. The speeds are much better, and anyone making a shift will feel it. A 4G supporting device is needed for it, and a majority of the devices still have the 3G SIM slots. This is the only barrier that stands between 4G and the world. Theoretically, 4G LTE offers speeds of about 150 Mbps. That’s a 500MB file downloaded in under 5 minutes. Along with 4G LTE came another technology called VoLTE which stands for Voice over LTE. Using this technology, voice calls were made using the internet. As this gets implemented, users can make calls and not pay extra for that. The calls had high quality and low noise.

Even though 4G is yet to reach most places, the research, and development for the fifth generation (5G) is already in full swing. This article will be focussed on 5G Wireless Technology.
What is 5G Wireless Technology?
5G is the acronym given to the fifth generation standard in Internet connectivity and communication. It came after 2G, 3G, 4G LTE and 4G LTE-A. The first basic chip design to support 5G was accomplished by the American chip manufacturer, Qualcomm in October 2016.

The basic targets for 5G are higher speeds and lower power consumption. The main aim of 5G Wireless technology is to make the Internet Of Things (IoT) better.

The Next Generation Mobile Networks (NGMN) Alliance, an association of mobile operators is the deciding authority when it comes to 5G. They have decided that for the success of 5G, it must be launched by 2020 and companies have invested heavily in making this happen. New processors, basebands, and other chips need to be developed and implemented in the new mobile devices to support 5G wireless technology.

The Next Generation Mobile Networks Alliance has also defined the requirements for the 5G standards. They are as follows:

Data rates of ten megabits per second for ten thousand users

Data rates of 100 megabits per second for metros

Hundreds of thousands of connections at a time for devices

Lower infrastructure costs

Improved Spectral efficiency

More supported devices

Better coverage

Reduced latency
Extensive research is still going on in this field, and two chipset manufacturers are on the front line. The American chipset manufacturer Qualcomm and the Chinese giant Huawei.
5G wireless technology will use the millimeter wave bands (20 – 60 GHz bands) so as to create a wide bandwidth for radio channels to support data speeds of up to 10 Gbit/s.
Qualcomm 5G: Qualcomm was the first company in the world to announce a chipset that supports 5G. It announced the Snapdragon X50 back in October 2016, the first-ever commercial 5G chipset. It operates the 28 GHz band along with 800 MHz bandwidth support. It can support a maximum download speed of up to 35.46 gigabits per second.
Huawei 5G: Along with M1, another telecommunications giant, Huawei has been testing chipsets running on 5G technology. On January 2017, they conducted a lab trial where they achieved speeds of 35 Gbps using the 73GHz band. On February 2017, Huawei was able to clear the performance tests of 5G radio signals in the 3.5 GHz band.
5G Wireless Technology Will Revolutionize The Internet Content
On every generation of communication, we can see the Internet content changing. When it was the age of the 2G, text ruled the internet. Applications such as WhatsApp, Facebook, Orkut was popular back then. Images were also used but watching a video over a 2G network was a real pain.

When 3G came people started watching videos and using images extensively
The speeds were much better when compared with 2G, and more and more people started using the internet on their mobile phones. The advent of smartphones was only possible because of the improved state of connectivity.

Then came 4G, the era of videos and GIFs. People can now watch videos without buffering, and the content gets loaded instantaneously. Streaming also became popular, and people now watch live TV, sports matches, Movies via online streaming. Moreover, 4G is affordable now. Unlike 3G which was too costly for a large population when it was released.

When 5G Wireless Technology gets released, it will change the whole of the internet. Videos will become the standard and people will refrain from using the images as media. Video calls will take over voice calls, and new ways of communication could get established. Holograms can get advanced and famous. A hologram is a 3D projection of any object.

The 5G wireless technology is expected to bring in a revolution in the field of Internet Of Things (IoT). IoT refers to interconnecting all kinds of devices via the internet. Devices in a home, on the road, inside vehicles can be connected and controlled remotely. TV, speaker system, High-speed data transfer is necessary to achieve this and 5G is the answer to that.

Maybe teleportation will become possible and it will make use of the high-speed 5G Wireless technology to transfer people and objects from one point to another. Anything is possible if high-speed connectivity is available for it.
Conclusion
With just three years left for the launch of the first 5G chipsets, manufacturers must be spending billions of dollars on its development. This is a highly important area and could affect the lives of billions of people. An affordable high-speed internet connectivity having speeds in the Gbps range will change the whole landscape of the internet. The fact that all of this will happen in our lifetime is something both exciting and exhilarating. We are definitely living in a golden era, an era where data is the oil.

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What is Spatial Augmented Reality?

Spatial Augmented Reality Connotation “SAR-The Merger Of Real With The Virtual World”

Spatial Augmented Reality augments the genuine things along with existing man-made materials or objects. It gives hand in setting up a performance despite the usage of the distinctive displays. It utilizes the digital projectors to exhibit the graphical visuals as tangible objects. The major characterization in SAR is about the display that is being separated or detached from the users.
SAR can display on any number of external surfaces inside a place at once. Users are able to feel the physical material in such a method that provides a passive tactile sensation. Some of the physical objects are smart mobile projectors, table, lamps etc. Such objects are projected imagery onto the neutral objects, which enhances the appearance with the help of a projector-camera and sensors.
There are many more applications with arrangements that make SAR show attractive together with effluent interaction as a possible choice. In SAR the sensible environment is improved with the images not commonly but with visual effects.
For instance, the images would be displayed on the real materials using the digital projectors with flat panel displays. This provides a new interesting way in realizing the illusion of the objects existing.
In SAR an actual object can occlude the virtual object. In case, if you position your hand in front of the face it will occlude the virtual object behind providing the illusion that the virtual object does exist in the world.

Spatial Augmented Reality Interesting APPs

Google Goggles

It is an app for the android users that provide users the appropriate search results. This search app looks up in considering the popular landmarks or codes for information or translating the messages. To make it work, you just have to turn the camera towards any object then the app will scan it considering the details about the object.

Sky Map

Sky map is an attractive app. The functioning of this app is also the same as before. Just point the smartphone towards the night sky, finally, the app will provide you all relevant details such as the name of star, planets, constellation that are at within your eye view.

Mapping

The mapping app helps you in converting the grid coordinates. It converts the coordinates among the data and projections. It even calculates the distance between the coordinates.

Weather

This app is a weather alert app. This is one of the best centralized weather apps which works like the speed of electric furthermore effective and it functions as the other apps.

RadarScope

RadarScope is an app store regarding the global weather enabled as long as the people who are actively interested in weather as well as for meteorologists. It forecasts information about ice, rain, snow etc.

Equipment APP

The equipment app is an official app in management. You can easily check the equipment from any place. It displays the availability also with the current position of every single item.

Spatial Augmented Reality Examples

SAR is very perfectly a wonder innovation. It has all the abilities to bring an image or product to life. It engages with the users completely entering into a very new level. Here are some of the best innovative and creative examples. Just have a look!!!

Makeup Mirror

Women go bonkers for makeup. They always do require the perfect shades in makeup. The SAR reality makes up mirror takes an image of the face showing the latest cosmetics that will go well on their face.

Spatial Augmented Reality Catalogue

The SAR catalog enables the purchasers to know how furniture would look inside their house. This app not only measures the size of the product but also gives us an idea how the furniture can be fixed according to the possible size.

The Perfect Jewelry

Platinum and Diamonds are a soul mate for women. Choosing them is really a hectic task. To make our work easier with prettiness, this app shows which collection will suit or look better on our skin at different lights.

Spatial Augmented Reality Attractive Footwear

Just by pointing the phone towards our leg, it will show us the perfect foot wears according to our taste. Customers just click on to a shoe from apps catalog checking out if it works well with them. Just because for this they need not leave their home searching for footwear.

Beauty Box

The conclusive app is a beauty box app. In this app, the customers can simply select the skin tone, later then place the desired nail polish on the nail bar. The display will give us a look of how the polish suits the skin tone.

How does Spatial Augmented Reality Work?

Spatial Augmented Reality really does wonders by including graphics with a haptic sensation. Everyone will now be able to enjoy the taste of benefit through SAR
SAR does excellent work by melding together the real with the virtual world by augmentation. In simple terms, it is just the live telecast of the real world objects by the computer generation. SAR supplements the data to the existing world by the interaction phase which makes it lively.
At one point of view, the marker based applications lay on top of the image with the general information. By doing so, SAR calculates its place, position, and adjustment by augmenting the facts of existence. With the help of a scanner, you will be able to get progressive information along with a digital experience.
From another point of view, a location-based application makes use of the trackers on the phone. It gives us information about the relevant data. If you want to know about hotels and restaurants, the map will guide you in drawing the directions for the destination.
The main use of SAR is in as much as military purpose, industrial purpose, medical purpose, commercial purpose, and entertainment. It is applicable to games also. It makes us feel the liveliness while playing games through the digital effects.
In the case of emergency in a medical field, it hands over the information like crystal clear water. It is very much appealing also even more captivating in education. It provides such an atmosphere where the studies have also been augmented.
SAR is applicable in inquisitive desiring knowledge as well as extraordinary places like archaeology or other. It superimposes a view of the real life before and after construction with the modern landscape. It provides a perfect information about how the ancient constructions would have been at that time.

Spatial Augmented Reality - Field Of Uses

Spatial Augmented Reality For Artists

SAR uses different appliances to the speedy generation in drawing pictures along with the projection of photos. It gives an integrating digital data in the real world through the art of projection. SAR provides a very effective 3d interaction phase.
The images appear like an illusion which gives life to the drawing. We explore a new world through the materialism. The images that are hard to draw by an artist will be done in a very easy manner through SAR technology. The impossible becomes possible.

Spatial Augmented Reality In Industries

There are many advanced types of equipment in the industrial field where automation is made possible through the effect of digital computer. SAR allows in finding the procedures as a consequence thus making it simple, neat and also precise.
The operating source visually follows and interactively takes charge over the control panels. Along with this, it monitors the changes in the machines. It has access to huge amount of information in addition to that it keeps increasing, making the machine sophisticated in a very complex nature. The information should be clearly displayed so that there can be no overloaded demanding interface to the user.

Spatial Augmented Reality In Gaming

There is a separate world of games. Games are built into a heap like a table tennis, chess board games with the list going on. With augmentation, the miniature games have been developed despite the defining characteristics. The games with the 3D effect may have a set of strategies to keep the players in on-mode. The virtual existence gives immense pleasure while gaming.

The more sophisticated the instruments are the more sophisticated life is.
"SAR is Like Dreaming With Your Eyes Wide Open!”

https://www.youtube.com/watch?v=Df7fZAYVAIE

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Facebook Live 360 Streaming is A New Media Content Trend

Facebook has always been the seer of new interesting stuff, right from invent of Facebook itself, when it became the best new interesting thing that happened to the internet. Today we are not talking just about Facebook, it’s all going to be about Facebook Live 360 and how it is changing the way we viewed the world at Facebook. This new social media trend is taking the social media platform by storm as people get to view News, Nature, Adventure and more.


Let’s face it, we all love Facebook and consider it as a source of what’s new trending by sharing pictures, videos in posts about them. While live streaming became a thing on Facebook only a year ago, even though it started on Facebook two years ago but was only made for public figures to use and share live streaming then.
People at a larger level are yet to uncover what live streaming is, how it works? though it surely is gaining popularity as marketers are learning to use this intriguing new feature of the Social Media Giant (of course, we mean Facebook) to connect better with their audiences. Facebook claims that the Live 360 videos are getting up to 10 times more views and comments than the mainstream live videos, it is being viewed 3x times longer than the regular videos. This is as because we are always looking for bigger horizons, things that can amaze us and excite us. We can witness them right as they are happening at a certain spot around the world.
This is why we come to social media for interesting new content with the 360 degree video feature, it works wonders for not just experiencing natural beauty, but other things like historical places, experience a car ride, like the Chevrolet 360 degree campaign on Facebook that gave you an experience of how it feels 360 degree while driving in their cars.

What makes the Facebook Live 360 Better?

In honest terms, the quality of the Facebook live 360 feature depends upon your 360 degree camera gear. Some of the 360 cameras which are best for generic usage are Samsung Gear 360 (2017 model), Insta 360, Giroptic IO, and the Allie Camera, ORBI Prime which is a sunglass alike camera that can be worn. These are economical gears and offer fine quality footage.
If you are shooting a live 360 feed for marketing purposes then professional quality cameras are recommended. You can choose from Ricoh Theta S, the Samsung Gear 360 is also good. The 360Fly 4K is amazing. For high professional quality – Nokia OZO, GoPro Omni, Facebook Surround 360 and Google JUMP Odyssey are the top choices recommended for highest quality imagery are all ranging from a min $5000 to a massive $50,000.
For the love of true and finest views in Facebook live 360 video stream, Facebook has step-upped the game by introducing the Facebook Surround 360, a production-ready camera, which has automated stitching so you don’t have to stitch the footage in a software and get crappy results. It does that for you automatically, unlike many other 360 camera gear. The camera guarantees a seamless viewing experience that can be checked out at https://facebook360.fb.com
The astonishing part was that this Surround 360 has a whopping 17 cameras that do it all for you so you don’t have to spend more time and money on setting up and buying more cameras for a surround and atmospheric experience in a video. The camera costs around $30,000 and its hardware and software are easily available.
Make sure to check that the 360 camera you buy has Facebook Live 360 compatibility. Even if not, one can always use the general streaming software of Live 360.

For phone users- how to Facebook live 360?

Connect your 360 camera gear to your phone app (of the camera), and choose where you want to post the live stream – at your profile or your Facebook page. Once you describe the stream by adding a title that will appear on the screen like “Sarah’s birthday party”, now simply see the comments and reactions of your friends flow in on the live stream screen. When once done with the stream, Facebook offers you two options either– To Keep the Post on Timeline or to Delete it making it unable to viewers are the stream ends. The summary also tells you for how long were you live.

For web users – How to Facebook live 360

1. Simply visit fb.com/live/create and Click on “Create Live Stream” to get started.

2. Next step is to Check mark the column stating it’s a 360 degree live stream.

3. Choose where you want to post it – Profile or Page.

4. Submit the RTPM server URL and the Stream Key into the Camera’s app or software.

5. Start the Facebook Live 360 stream and TADA! You are LIVE!

How to Gather more Audience with your Facebook Live 360 and make most of it?

Other than inputting new creative ideas to shoot the footage you are focused on, input your time and skills in editing, filming and stitching. Once you figure that out, it comes to publishing your live stream to Facebook to gather the desired audience and spread the word about your live stream to make it worth it. Facebook has made publishing live 360 videos easier as it offers simple upload flows, a special feature for the discovery of your stream by others and more exciting features that will make sure your content reaches more and more audiences. Generating the interest is upon the quality of your content.
But one thing as per the recent uproar and social media trend are established that Facebook Live 360 is here to make Facebook streaming more interesting. It sure is the best place to share 360 videos. Facebook will help you with discovery of your content by others, it will provide tools to let users set their points of interests in the live stream video and also it will help you gain insights on what you are doing wrong, what you might like to work on more and what parts the audiences enjoyed the most by their reactions in real time. For this Facebook will provide Heatmaps to track the insights and give your audiences what they want.

What do you need for Facebook Live 360 Streaming?

1. The first and foremost need for going live is to have a strong internet connection and not just any internet connection but one that you can rely on and that can at the minimum offer a speed of 4MBPS.

2. Secondly, you need a compatible 360 degree camera

3. Make sure to keep the camera at least 30-40 feet away from the source objects around in order to get a better view for your audience. As you don’t want to disappoint them with the blurry hazy footage.

Facebook Live 360 Video Specifications

Yes, it is going to be a different experience than any other social media platform. Viewing live stream was already a feature but it becomes all the more immensely exciting and amazing when these live streams are not just those regular stream but have a 360 angle viewing so you get an atmospheric involvement.
Do a max stream of up to 4 hours, get a target resolution of 1080p at an aspect ratio of 2:1 at a frame rate of 30 frames per second.

Who is beneficial of the Facebook Live 360 Video?

The feature is working great for travel marketers and one of the Facebook groups that can be said to be using this feature in the best way possible, to give people a magical experience of their country’s bounty are Tourism Australia. This has certainly caught people’s fancy because who would not want to see how it feels or looks like flying off from a beach and hovering over the sea while catching a far-sighted glimpse of the beach greens from a distance while looking at the enormous sea below you. This flying off view is generally taken by attaching the 360 cameras to a drone.
The videos of Facebook live 360 are not viewable in Safari and Internet Explorer.

Some basics on How, Why and Who can and should use Facebook Live 360:

1. The feature is great to engage audiences, it helps create a more interest generating platform that gets people to know that you are trying new things and something they would like to be a part of.

2. This 360 degree live stream feature is available for all Facebook profiles and pages.

3. No, not everyone can watch Facebook live 360 unless they have an updated Android or Apple iOS device.

4. No matter what 360 cameras you have, simply connect it to your Facebook by inputting the Stream URL and you are good to go for a Facebook Live 360.

 

https://www.youtube.com/watch?v=_z1_9M5V8iQ

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WebVR is The Future Virtual Reality Content For Browser

What is WebVR?

According to WebVR.info, in simple terms, “WebVR is an open standard that makes it possible to experience VR (virtual reality) in your browser. The goal is to make it easier for everyone to get into VR experiences, no matter what device you have”.
It simply helps run your VR supported devices so that you get to experience VR easily. The WebVR has been made to provide help in uncovering Virtual reality equipment. Supposedly, if you own a pair of VR devices such as Oculus Rift or another head mount VR device, then WebVR acts as a medium for those devices to be able to get to display the Virtual Reality content on various VR apps. What WebVR does is that it helps enable the developers to translate the VR content in terms of its information movement, position and more so into real time 3D movement that lets you get a great experience of the VR content on the apps.
The best part about WebVR is that it does not restrict you to a certain application but has numerous very interesting uses. These application"s usages range from providing high-level interactive training apps for one person games and give virtual product tours as well.
To start your VR experience, the WebVR interfaces are the first and foremost things that help create a connection between your VR headset device and your computer. Since it is a browser for helping run VR content, its interfaces such as VRDisplay, VRDisplayCapabilities, VRPose, VRFieldOFView and more help receive the necessary components of the data needed to run the VR content.
Once the VR device and computer are connected, it’s the WebVR interface called VRDisplay that helps represent the devices that are attached such as the Headset, the Position sensor camera etc. If one wishes to run WebVR for their VR content, firstly you need to check the latest browser support if your browser and device can be compatible with WebVR. Some examples of the devices WebVR can be used are - Mobile phones, Oculus Rift and HTC Vive. When using Oculus Rift, make sure is it not with Mac or Linux based operating system as Oculus does not support them both.

WebVR Samples

These samples are basically web pages that are, if supported by your web browser for WebVR, will run the VR to give you the VR experience without even the headsets, which is apparently the main aim of WebVR – to give you a VR experience without being bound to your VR headsets, get VR exposure and real time experience at any mobile device through any headset, with any compatible web browser.

Some of the WebVR examples are:

https://aframe.io/, this is the best version.

http://drawvr.com/
https://react.rocks/tag/WebVR
https://github.com/toji/WebVR-samples
These links shall directly take you to the best samples for viewing WebVR live in action, how WebVR actually works and the basic idea behind it. The samples can be polyfill or source. The github.com link shall also take you to the HTML concepts of these WebVR pages which might be of help for WebVR enthusiasts. The react.rocks link shall get you to 6 types of examples for WebVR. Whereas the drawvr.com link will be a direct view of a live action WebVR that you can experience in 3D just by scrolling your mouse pointer.

WebVR and Three JS

 

To represent your 3D graphics work on a web browser for easy access to users of VR, Three.js acts as a cross-browser. A cross browser that is made in JavaScript API, Three.js helps users create as well as display their 3D graphics work on web browsers. Where a cross browser is a browser type that helps websites, web apps, client side scripts and HTML concepts to be supported by all sorts of web browsers in order to help them run and be used by the layman user.
WebVR will help create a responsive platform for VR on the web and to bring it to reality, WebVR boilerplate is the answer. The WebVR boilerplate shall help work out VR content not just on VR headsets but also for other platforms. In basic terms, it will help people move beyond the usage of VR headsets to experience VR. Sounds interesting? Apparently, it is, as WebVR boilerplate is a Three.js based initiation point specifically made for cross-platform browsers where web-based VR is compatible. While the WebVR boilerplate is based on the Three.js project, it also relies heavily on polyfills for WebVR.
Polyfills are code standard or detectors for certain Javascript API that are expected to be present in the code for WebVR. Polyfills provide VR support if the WebVR API is not present. It uses WebVR UI to render the UI and let you get VR content on your screen. As a WebVR boilerplate by Three.js, visit https://github.com/borismus/webvr-boilerplate to learn more. To start the process, simply clone this repository. This boilerplate is available via NPM which is an easy install.
So basically it’s the WebVR boilerplate project, as initiated by Github, that will make using and easily making immense VR experiences that can be easily run on different types of VR hardware – be it a cardboard headsets, or the Oculus rift or more. The boilerplate project as divided into two parts starts with WebVR polyfill – which in simple terms is great for running VR content even without the use of VR headsets and it is easy to be installed.
As we told you polyfills are codes. They replace certain API that helps you view VR content even without the VR hardware. In order to use WebVR on 3 platforms that are –VR Headsets, Smart Phones and PCs. A different set of polyfill is to be used in the HTML concept when making a WebVR for these platforms.
Since you would be accessing VR experience on PC via keyboard and mouse, use the code or polyfill “MouseKeyboardPositionSensorVRDevice” to get an orientation to access.
Similarly, for mobile devices, it’s the device itself that we use for accessing the content, use code/polyfill “GyroPositionSensorVRDevice” to get run the WebVR. Last but not the least, for VR headset usage, to get a complete view of the VR as if you are in a real time field, use code “CardboardHMDDevice”.
So how are these connected to Three.js? Apparently, these are run on three.js plugins – VRControls.js and VREffect.js specifically build for WebVR API.
Moving on from polyfills, next comes the complete manager – the WebVR Manager. This takes care of the compatibility part of the WebVR. It manages iconography and the transition of content from in and out of VR mode.
The best feature we liked of the WebVR manager is the orientation lock system that allows the screen to be in landscape while the phone screen is on for the VR to play without obstruction.
To give one more clear aspect on how WebVR Boilerplate works, here are some links that shall direct you straight to the point of what we are talking about and how it is helping change the VR scenario in the Web.

https://mozvr.com/#showcase

http://borismus.github.io/sechelt/
With this link posted by an enthusiast for web browsers like Chrome, get prepared to be amazed by the stunning soothing view this VR is offering here. Click on the link, move your mouse pointer and see for yourself.

How Does WebVR work?

Since the WebVR, if talking honestly, is still in a stage of experimentation that does not mean that enthusiastic coders cannot work on this platform to develop their VR apps that have web compatibility.
For WebVR work, the first thing one needs is a VR headset and hardware that is compatible with your computer. Check compatibility with WebVR setup as well. Make sure there is a dedicated GPU as this helps ensure a smooth functioning.
Second important thing to work on WebVR is to get installed Firefox Nightly (developer edition) https://www.mozilla.org/en-US/firefox/channel/android/ with the WebVR enabler add-on which helps establish the basic requirements for a WebVR environment. Now visit the MozVR project to test out your setup.
The hardware includes and talks of a position sensor, as talked about earlier. In case you are missing that, do not worry as an inexpensive option which would be using your mobile smartphone for the VR headset. But the catch here is, one might have to use data orientation API instead to run the orientation data by faking it with the data orientation API.
The basic idea behind boilerplates is that it helps you judge if the content is worth wearing your VR headset. As the VR headsets are a hassle to put on and even if not that, most people do not own VR headsets hence these previews help judge the content and give a different experience.
For WebVR to check VR and headset compatibility are important. WebVR is supported by various browsers but you have to check whether these browsers supports VR headsets such as Oculus Rift and HTV Vive that work great with WebVR.

[embed]https://www.youtube.com/watch?v=wRqoSdPZQBY[/embed]

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