(Marvel Universe? The Bourne Reality?) And we should also see new, more immersive AR hardware launch soon, such as much-awaited, billion-dollar-funded Magic Leap's debut product.
After describing the hardware architecture supporting immersive visualisation we show how causality can be redefined using artificial intelligence technologies inspired from action representation in planning and how this symbolic definition of behaviour can support new forms of user experience in VR.
Now combine that with the continued evolution of content software and the hardware and you have an immersive user experience.
More immersive experiences than ever, coupled with entirely new hardware being brought to market, means there is potential for built-in scent marketing.
This allows to overcome VR limitations of the industrial software provided by manufacturing machine producers and it is based on an open-source community programming approach and also leads to significant advantages such as interfacing with the latest developed hardware for realistic user experience in immersive VR, as well as the possibility to share adaptive algorithms.
You therefore have your hardware and software both manipulable in an immersive, integrated, real-world environment.
But still, the game will likely debut with a $50 price tag, which as I previously stated, is a lot to swallow when equally immersive games can be had for dramatically less on hardware you already own.
When a user places a smartphone in the front of the device, the viewer receives an immersive 3D experience comparable in many ways to more expensive hardware like the Oculus Rift.
Virtual reality can deliver on its promise to bring new and immersive experiences to the masses, but the current iteration of hardware will need to evolve first.
The transition to more immersive displays is happening in part because of more powerful computer hardware, but also because of an explosion of more powerful programming tools.
