Together, 5G and edge computing unleash a new wave of innovation that can affect almost every aspect of our lives. 5G represents an intergenerational breakthrough in cellular technology in terms of speed, latency and throughput. This possibility of transferring large amounts of data from billions of connected devices is expected to accelerate the adoption of connected smart devices in all industries. Combining 5G with edge computing (bringing cloud computing resources closer to where data is actually generated), the resulting applications can transform products and experiences in ways that were previously out of our reach. I will.
Navigate to your destination with a high-resolution, real-time updated 3D map that renders a realistic city view, overlaying important traffic and safety information on the real-world view displayed on the windshield of your car. Imagine what you can do. Augmented reality (AR).
In this new world of 5G and edge computing, driving stress is reduced with a “see-through” feature that allows vehicles to understand what’s happening on the road ahead, even when the view is obstructed by trucks and trees. There is a possibility that Vehicles must be able to take preventive or evasive actions autonomously to avoid vulnerable road users such as pedestrians and cyclists. You can perform localized traffic analysis to provide your vehicle with improved routing to avoid slowdowns and congestion.
5G and edge computing can also bring even more excitement to entertainment with a new immersive experience of live events. For example, sports fans can view the current play from multiple angles in 4K and switch between real-time views as the play takes place. They should also be able to look up immediate statistics, historical averages, and even get an immediate probability of the outcome of the next play. At the venue, you can map in real time the waiting time for meals and access to the nearest facility.
There is also great potential for improving every aspect of manufacturing with this combination of reliable connectivity and powerful cloud services. For example, in today’s testing, computer vision software leverages artificial intelligence (AI) and machine learning (ML) to make automated guided vehicles (AGVs) and mobile robots (AMRs) in factories fast and safe. I am trying to be able to carry my luggage. .. AI / ML processing of video streams in the manufacturing process can be used to identify quality control and safety concerns. Manufacturers also need to be able to detect potential failures and perform predictive maintenance and services on-site machines to ensure efficient and smooth operation.
Once the product is available in retail stores, AMR can be used for inventory checking, inventory storage, and other back room operations. IoT sensors are used to ensure cold chain integrity, and edge computing-hosted applications support logistics and tracking to ensure freshness and stable temperatures, prevent corruption, and real-time inventory. Improve tracking.
Tomorrow’s shopping experience will be different. Software vendors use augmented reality and virtual reality (AR / VR) to assist in in-store navigation. You can also display appropriate, personalized information about your product or offer in your AR application to provide a true “VIP” experience. Innovative “grab and go” features have also been developed to reduce the time spent in popular store checkouts.
Combining Verizon’s 5G network with AWS computing and storage infrastructure, Verizon 5G Edge brings the data and processing performed by applications and services closer to the end users at the edge of the 5G network. Enables the development and deployment of innovative applications.
What do you study Verizon 5G and AWS, Together, can be done for your business.
How mobile edge computing is changing the way we live, work, and p
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