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The rise of 5G, both inside and outside of businesses, could give rise to a million new ideas and concepts. Imagine amusement parks distributing augmented reality glasses for immersive experiences, for example.
This is just one of the ideas being explored by entrepreneurs and developers as 5G takes hold in our businesses.
In order to explore this new frontier, several large technology and telecommunications companies have come together to launch the 5G Open Innovation Lab, which aims to support collaboration between startups, industry leaders, technical experts and investors interested in the potential of 5G. This effort is supported by Deloitte, Dell, Intel, Microsoft and Nokia.
AI needs 5G
“The opportunity for developers to impact the potential of 5G is greater than connectivity,” according to Jim Brisimitzisfounder of the 5G Open Innovation Lab.
Industry observers agree that 5G represents a new frontier for innovation, one that is only just beginning to gain momentum. “It is difficult to find innovations that can consume and take advantage of the bandwidth and latency of new 5G networks,” says Dan Hays, partner of PwC. “With 5G networks, capabilities like network slicing and ultra-low latency are poised to finally become a reality.”
Emerging technologies such as AI can also benefit from the 5G revolution. “Generative AI technologies are bandwidth intensive,” continues Mr. Hays. “They are looking to leverage not only better bandwidth, but also efficient computing architectures – including edge computing and hybrid cloud – to serve as engine rooms for their applications. Bandwidth, latency and The reduced cost of these technologies is paving the way for new applications and services, ranging from virtual fitting rooms to AI-assisted repairs for industrial equipment.”
New paths in city design and urban planning
Slalom Element Labs is an example of a company working directly with Ericsson to develop new 5G enterprise use cases. For example, the use of augmented reality: “We have created immersive cityscape experiences that provide real-time visual rendering of demographic, transportation, ecological and geographic data, allowing people to see existing places from a new way”, explains John Tomik, general manager of Slalom Element Labs. “The low latency and high performance of 5G makes it feel like living in a future world when seeing details in this way and, for the first time, makes the experience more like that of a human being human.”
Another innovation supported by 5G could be interaction with digital humans, Tomik continues. “We see a difference when the computation is done at the edge of a 5G network,” he explains. “Gestures, response time and human interactivity acquire a quality worthy of a Hollywood film, which allows innovation.”
5G could also open new avenues in city design and urban planning. “Think of a traffic light that can see an intersection and process data quickly, thanks to edge computing, while sending back useful information wherever it is, thanks to 5G,” says Mark Varnas, basic administrator of data and consultant at Red9. “The short and immediate effect is that there will be no more unnecessary waiting at traffic lights, but the long-term potential of a data-driven city can have major effects on improving our way of life.”
Improving the Visitor Experience at Amusement Parks
PwC’s Hays gives an example of a 5G use case that pushes the boundaries of innovation: improving the visitor experience at theme parks. “Imagine an amusement park attendant wearing augmented reality glasses while he does his job in the park,” he illustrates.
“Thanks to the power of 5G, the glasses could detect customers who are tired, hungry or just important. When onboard facial recognition software, processed over a local computer network, identifies a customer who might need attention it could assign it a level of importance and take action.
Source : “ZDNet.com”
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