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How 5G can help fine apps thrive

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Lightweight applications have been possible with computer servers, but are expected to take off now due to virtual and cloud storage systems. The code, data, and functionality of a lightweight application is stored on an external server and then delivered to the user over the web. There is no need to install special software, work with a database, or modify anything on your computer. Since the app can be stored in a central location, it is also easy for its developer to upgrade or restore the app as needed.

Lightweight apps and 5G will impact just about any type of industry. But they don’t work alone.

Lightweight applications and multi-access edge computing (MEC) speed things up.

Another important technology that works with 5G to speed things up is Multi-Access Edge Computing (MEC).

MEC stands for moving compute and storage services to the edge of the wireless network and closer to a user’s device, rather than to a remote data center where it takes longer for data to come and go. This provides much faster end-to-end processing speed.

This means that lightweight applications have significantly lower latency – the time between sending and receiving information. It allows users to transfer huge amounts of data in near real time.

Lightweight apps and 5G enable near real-time communication and dramatically expand the possibilities of what we can do with our devices and apps.

Where fine apps and 5G will thrive

When MEC is used with 5G, there is a huge opportunity for entire industry applications to leap forward. Their lightweight applications won’t work the same with 4G – it’s the combination of MEC and 5G that can bring dramatic innovations.

Cloud gaming is already getting a major upgrade thanks to 5G speeds. Microsoft xCloud, Amazon Moon and google Stadiums are examples of companies investing heavily in cloud gaming. Being able to stream video games from web servers instead of downloading games and waiting for updates allows you to enjoy faster processing time and very low latency. Lightweight apps and the cloud make for a significantly faster, cleaner and better gaming experience.

Telehealth is another of the industry’s slim applications and 5G could have a huge impact. Thin applications and 5G technology can allow a remote medical provider to have much more robust video connections with their patient, no matter where they are. Applications and 5G can provide easier access to medical records, dramatically improved viewing of 3D images from a distance, and even better possibilities for telesurgery. The dramatically improved technology has many applications for a mobile medical industry.

How thin IoT apps and low latency will work together

Because the combination of 5G, MEC, and thin app allows for such low latency, we’re seeing a lot of money and development going towards smart, connected cars by companies like Waymo (formerly the Google Self-Driving Car project), Apple, Ford and others. It is estimated that there may be 14 million semi or fully autonomous vehicles on U.S. roads by 2025.

Autonomous vehicles will create a huge amount of data that needs to be processed and analyzed closer to where the data is generated for the safety of drivers and pedestrians as these vehicles move rapidly on a busy highway or street. This is where lightweight IoT applications could be essential. It will also be essential to be able to release software updates for applications in connected cars in near real time.

Teachers could also take advantage of lightweight apps to refine digital teaching tools. Improving distance learning with advanced technology could level the playing field for students, enabling reliable connections between teachers and students and providing fast downloads and seamless communication between classmates. Students can use their phones for unprecedented immersive experiences that extend far beyond the classroom, such as exploring an Egyptian pyramid thousands of miles away or even a remote guest speaker interacting with students. remote as hologram.

5G technology can also support AR and VR in the cloud, while 4G sometimes struggles to support them in a VR headset.

Lightweight applications and IoT

5G and lightweight apps are expected to connect billions of sensors to other interconnected devices. Using 5G to house this unprecedented amount of data collected by thin cloud apps can mean turning our cities into much smarter cities.