Although 6G is not yet a feasible technology, it should not be far away when 6G technology matures and becomes popular. Once 6G becomes popular in the future, it will be able to support larger device networks around the world, revolutionize applications in industries such as healthcare, and will help the development and popularization of more technologies.
While the transition to 6G technology will take time, 6G networks will change the way we do business and connect with others, leading to many incredible applications. However, before looking into 6G applications, it is first important to understand exactly what 6G is.
What is 6G?
6G represents the sixth generation of mobile network connection technology. It surpasses the 5G network currently in use around the world and has faster and more stable connections, allowing mobile devices to support higher requirements and more demanding tasks. In fact, the applications of 6G technology include industries such as Industry 4.0, augmented reality, autonomous transportation, electronic medical care, etc.
In fact, the potential application scenarios of 6G in the future mainly include the following parts:
Potential application scenarios of 6G
1) Promote the development of Industry 4.0
The Fourth Industrial Revolution focuses on creating and developing industrial technologies that drive manufacturing and commerce around the world. However, currently Industry 4.0 is just a shell, and with the help of 6G network technology, global companies will begin to realize industrial progress.
The arrival of 6G technology can better promote the implementation of robotics in factories and consumer environments, allowing various machines to be accessed through mobile networks to better collaborate with each other and perform more tasks. In addition, 6G technology can support the utilization of increasingly complex cyber-physical systems.
In addition to this, 6G technology will also pave the way for increasingly viable cloud business services. With revolutionary leaps in bandwidth and reliability, cloud platforms are expected to support large-scale (and global) businesses without running into latency issues. In fact, to enable artificial intelligence, augmented reality and telepresence technologies, it is expected that next-generation mobile connections must support download speeds of more than one terabyte per second, which will enable faster connections than current 5G networks (10 Gbps).
2) Using 6G to achieve technological innovation in healthcare
With the emergence of electronic medical care, it is expected that medical care will also undergo tremendous changes in the 6G future. eHealth will allow providers to provide patients with ultra-high-speed connectivity, continuous availability and even telepresence tools. What's more, it could revolutionize in-person care by using augmented reality to help complete surgeries or emergency treatments.
These healthy changes will be achieved through the enhancement of 6G Internet technology and artificial intelligence programs that will be able to manage the system and continuously improve by self-assessing its progress. It is hoped that this will allow the development of a safer and more efficient health industry.
3) Paving the way for AR/VR development
Outside of the health industry, augmented reality will become the main content of modern life in the future of 6G. 6G will not only pave the way for advanced gaming, but also transform commerce and entertainment. Imagine being able to study for an exam with a digital version of the Mona Lisa on your wall, or view a life-size mannequin to fully prepare for a surgical procedure. These things will be possible through 6G connectivity.
6G Internet technology will begin to allow the use of powerful sensors to create digital assets based on real-life objects and people, bringing the digital world closer to the real world. There is currently a huge need to create holograms or any 3D representation from digital assets, and this future technology can only be realized with the massive increase in data storage and bandwidth at the speed of 6G internet technology.
4) Promote the development of autonomous driving technology
We all know that autonomous transportation will eventually become feasible using technologies such as automation, artificial intelligence, high-speed connectivity, and machine learning. For years, people have been talking about the application of automation to the trucking and bus industries. With the popularity of 6G technology, any household will be able to buy self-driving cars. These vehicles will communicate with each other seamlessly and will strive to create roads with smooth traffic. experience.
In the world of self-driving, there have been concerns about the algorithms that self-driving cars will be equipped with—i.e., what will a self-driving car “decide” to do if someone suddenly jumps onto the road? Should the priority be given to the risk to the driver's life or to the risk to the pedestrian's life? In fact, these potential problems are not something that 6G can solve, but are the result of automated software implementation.
The future of 6G technology
In the future, 6G will bring huge changes to global business, entertainment, healthcare and learning. 6G technology will make it easier for businesses to thrive in the digital world.
However, 6G Internet technology is also full of risks. For example, would it be wise to start implementing telesurgery? How often does enhancement software go wrong? Is advanced reliance on robotics really a viable option for the future?
These questions cannot be answered now, nor will 6G Internet be fully understood before it is implemented. However, what is certain is that the future of 6G will mean huge changes for the entire world.