There are billions of connected devices in the world right now and over fifty percent of the world’s data will compute on these devices on the edge in a few years’ time. That means a lot of moving data pieces outside of the traditional bounds for us all. Imagine a world where data computes on the edge without having to go back to a data center to help it make decisions. Add in 5G, add in near latency free compute and let AI drive real time decision making.
Cristina Rodriguez believes that this revolution offers to touch anything and everything in whole new ways from remote surgery to magic mirrors in retailers (when we go back to them) and very smart manufacturing floors. Every industry will be extensively touched by these three combinations of AI, the edge and 5G from famers in remote locations to medical services in very economically dis advantaged areas as the costs for delivering access and connection IP services like remote medical services will be exponentially cheaper than ever before.
Imagine how the farmer, in 2031, will use remote sensors to make undeniable irrigation and/or harvesting decisions (with undeniable signs of color, temperature, shape, and size). In fact, each plant can be noticed and controlled as its own. ecosystem.
Cristina sees this as a moment of communication of PC assembly, artificial intelligence and automation to solve real-world conditions in real time All this is exceptionally logical, but to do so, we will have to settle for that in the long or long term. Controlling that long term will require another formula for success.
· The network will have to be future-proof with a more open architecture to adapt to those possibilities. This will result in a much wider application ecosystem, as each type of visitor (from remote surgery to farmers) will be able to infuse their own application desires directly into the network. This is because it creates thousands of tactics where the price generated is much greater than the sum of the portions used to build it.
· Everything will be incredibly aimed at cloud-native software and features they’ll want to paint on all network paintings and only on the edge.
The two recommendations for how this combination of AI, the edge and near latency free demand a different mindsets to make them a reality for huge swathes of the population than should be benefiting from the technologies. How carriers build in in this agility to deliver extremely customized services on the edge and to keep costs down will be a key step towards this future.
Footprints and significantly reduced prices are a component of this procedure and the way software-led companies will feel confident in entering this new global world of egalitarian opportunities.
Cristina Rodriguez, vice president of Intel Corporation’s networking and edge group and general manager of the Wireless Access Networks (WAND) division, leads Intel’s efforts to deliver cutting-edge wireless responses in classic and cloud-native networks, enabling radio networks (RAN). ) of the long term by combining 5G, edge-based construction and synthetic intelligence. Rodríguez earned his bachelor’s degree in Electrical Engineering from the Instituto Superior Politécnico José Antonio Echeverría in Havana, Cuba; and his Master’s Degree in Computer Science from the Polytechnic University of Madrid in Madrid, Spain.