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The potential of Virtual Reality (VR) symbolises many of the most positive perceptions of the future. The idea of fully immersive, realistic digital environments that can allow you to get completely lost in another world or a gripping narrative (or both) is incredibly enticing. In popular culture, probably the most famous example is the ‘Star Trek’ holodeck. Whilst a couple of episodes did explore the potential negative impacts of such technology (the notion of ‘holo addiction’), the holodeck was seen overall as a positive technological development, in line with that classic show’s generally utopian view of the future. Of course, there are some cultural works that have expressed a more cautious tone to VR or even a dire dystopian warning alarm, again the most famous example probably being 1999’s seminal film ‘The Matrix’. But VR technology doesn’t seem to cause as much unease amongst the general population in terms of possible negative impacts on human society as other emerging technologies do, such as Artificial Intelligence (AI) or widespread robotic automation.

EU researchers have mapped the evolution of water usage in savanna ecosystems by integrating remote sensing into terrestrial models. The results can provide advanced warning of drought and help manage livestock levels in this unique environment.

How can European actors in the Extended Reality market find their place in the sun? This question was at the heart of the XR4ALL project, which aimed to strengthen industry by means of a community platform and funding for innovative start-ups.