Envisioning a seamless digital future
From hyper-realistic experiences to thought-controlled devices
Companies are becoming ever more aware of the advantages that the implementation of AR technology brings to them. From improving communication and know-how transfer to making training and real-time support more effective, a New York Times’ article highlights real use cases of several enterprises working with Microsoft HoloLens smart glasses. Speaking of which, let yourself be inspired by the HoloLens‘s video of a young Japanese developer talking about how holograms turn imagination into reality and what she envisions for the future of reality merged with digital.
The possibility to seamlessly connect AR to the real world is also the aim of researchers at Facebook Reality Labs, who are working on a long-term project to develop non-invasive AR wearable device and interfaces that can be controlled through brain signals in real-time, without using implemented electrodes.
Lastly, the annual conference on computer graphics, Siggraph, offered an insight into the current state of AR/VR technologies development, showcasing hyper-realistic experiences, Nvidia’s easy-to-wear smart glasses, and Magic Leap’s human-looking AR assistant, among many oddities as the prosthetic tail designed for improving people’s balance.
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Envisioning a seamless digital future
From hyper-realistic experiences to thought-controlled devices
Companies are becoming ever more aware of the advantages that the implementation of AR technology brings to them. From improving communication and know-how transfer to making training and real-time support more effective, a New York Times’ article highlights real use cases of several enterprises working with Microsoft HoloLens smart glasses. Speaking of which, let yourself be inspired by the HoloLens‘s video of a young Japanese developer talking about how holograms turn imagination into reality and what she envisions for the future of reality merged with digital.
The possibility to seamlessly connect AR to the real world is also the aim of researchers at Facebook Reality Labs, who are working on a long-term project to develop non-invasive AR wearable device and interfaces that can be controlled through brain signals in real-time, without using implemented electrodes.
Lastly, the annual conference on computer graphics, Siggraph, offered an insight into the current state of AR/VR technologies development, showcasing hyper-realistic experiences, Nvidia’s easy-to-wear smart glasses, and Magic Leap’s human-looking AR assistant, among many oddities as the prosthetic tail designed for improving people’s balance.
Subscribe to our newsletter to receive the next issues directly in your inbox!
You’re Hired. Now Wear This Headset to Learn the Job
Many companies in the USA started using Microsofts’ HoloLens mixed reality headset as a communication, support or training tool for frontline workers to make them more productive and ensure knowledge consistency across the entire organization. It can, for instance, help experts remotely guide far-located field technicians during maintenance and repair operations. Read on The New York Times
You’re Hired. Now Wear This Headset to Learn the Job
Many companies in the USA started using Microsofts’ HoloLens mixed reality headset as a communication, support or training tool for frontline workers to make them more productive and ensure knowledge consistency across the entire organization. It can, for instance, help experts remotely guide far-located field technicians during maintenance and repair operations. Read on The New York Times
Hands-free communication without saying a word
The research team at Facebook Reality Labs aims at creating a completely non-invasive input solution for AR smart-glasses that will allow people to type directly from their brain, by simply thinking at what one wants to say. Existing solutions use implemented electrodes in the brain, whereas Facebook’s project focuses on tracking oxigen levels to detect brain activity. Read on Tech@facebook
Hands-free communication without saying a word
The research team at Facebook Reality Labs aims at creating a completely non-invasive input solution for AR smart-glasses that will allow people to type directly from their brain, by simply thinking at what one wants to say. Existing solutions use implemented electrodes in the brain, whereas Facebook’s project focuses on tracking oxigen levels to detect brain activity. Read on Tech@facebook
Siggraph 2019: sneak peek into what's next for AR, VR, and CG
The major conference on computer graphics, Siggraph, brimmed this year with AR and VR experiences and solutions. The main focus was on the hyper-realistic Il Divino-Sistine Chapel VR project by Unreal Engine, the Nvidia’s prescription AR prototype glasses without cables, and Magic Leap’s Mica, their human-looking AI assistant viewable in AR. Read on VentureBeat
Siggraph 2019: sneak peek into what's next for AR, VR, and CG
The major conference on computer graphics, Siggraph, brimmed this year with AR and VR experiences and solutions. The main focus was on the hyper-realistic Il Divino-Sistine Chapel VR project by Unreal Engine, the Nvidia’s prescription AR prototype glasses without cables, and Magic Leap’s Mica, their human-looking AI assistant viewable in AR. Read on VentureBeat
Video - Mixed Reality developer profile | Japan
A Microsoft HoloLens inspirational video portraying a young mixed reality developer in Japan, explaining how she envisions MR as a means of transforming imagination into reality through holograms. Watch on Youtube
Holograms offer everyone the ability to turn the dreams they envision into reality.
— Ayumu Takahama
Immersive technologies and neuro sciences are joining forces to explore new ways of interacting through computing systems, to help not only companies to reach higher levels of efficiency, or people to live imaginative experiences, but also to benefit impaired patients who can no longer speak.
What’s your take on this month’s articles? Remember to sign up to our newsletter to receive the next issues directly in your inbox and share your thoughts in the comments!
About JoinPad
JoinPad is a leading global Augmented Reality company founded in 2010. With the HQ based in Italy, JoinPad has today business offices located in the USA, China, and Brazil. The company develops and distributes Augmented Reality solutions, including the related consultancy, aimed at simplifying the customer’s industrial business processes, providing innovative tools to interact with the environment.
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contact us to book a consultation for your company.
Video - Mixed Reality developer profile | Japan
A Microsoft HoloLens inspirational video portraying a young mixed reality developer in Japan, explaining how she envisions MR as a means of transforming imagination into reality through holograms. Watch on Youtube
Holograms offer everyone the ability to turn the dreams they envision into reality.
— Ayumu Takahama
Immersive technologies and neuro sciences are joining forces to explore new ways of interacting through computing systems, to help not only companies to reach higher levels of efficiency, or people to live imaginative experiences, but also to benefit impaired patients who can no longer speak.
What’s your take on this month’s articles? Remember to sign up to our newsletter to receive the next issues directly in your inbox and share your thoughts in the comments!
About JoinPad
JoinPad is a leading global Augmented Reality company founded in 2010. With the HQ based in Italy, JoinPad has today business offices located in the USA, China, and Brazil. The company develops and distributes Augmented Reality solutions, including the related consultancy, aimed at simplifying the customer’s industrial business processes, providing innovative tools to interact with the environment.
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