Indian Prime Minister Narendra Modi launched 5G services on Saturday. The Prime Minister introduced 5G in a few cities and it will gradually be extended to the entire nation over the following few years.  

It won’t simply be about using your phone to access speedy internet with 5G. Additionally, it attracts a number of business users and offers the government significant opportunities in fields like agriculture and disaster management. During the launch event, PM Modi was given a demonstration of how 5G will be used in crisis management to ensure quicker alerts.

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5G’s role in Disaster Alert technology

A new opportunity to access cameras, sensors, and other gadgets that would enable us to receive information about our homes even while we are far away has emerged with the development of high-speed connections like 5G.

The data from these devices can also be exchanged in real-time with security services. Security services can now receive greater information, including audio and video, because of the vast broadband networks. The Internet of Things (IoT) ecosystem will need to change to become the Internet of Public Safety Things (IoPST) in this situation. In reality, communication will need to be fast while still being secure.

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By establishing an ideal technical and functional legal framework for the connection of public mobile communication networks with public warning systems, it is also necessary to ensure technical compatibility between the future implementation of 5G public communication networks and public warning systems. Additionally, it’s important to confirm that 5G terminals now on the market work with public alerting systems.

Use in public safety and surveillance

There is no question that the dangers that contemporary cities must deal with are becoming more advanced and challenging to control. Millions of people share resources including living space, transportation, and other aspects of daily life.

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One of the technical advancements that can increase safety in the cities of the future is the use of surveillance systems. In order to connect databases, cameras, sensors, and other devices, quick and large networks will be required.

When discussing cameras, the question to think about is how to process that unprocessed data to deliver relevant information to the appropriate individuals at the appropriate time.

Increased real-time video could be supported by 5G, as well as more processing power in the form of edge computing to make sure that only pertinent information is promptly transferred. The remaining information might be temporarily retained and only transmitted when necessary.

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Use in healthcare

Traveling when ill can be difficult and time-consuming for individuals who live in rural areas where doctors are often many miles away. We could receive care, though, from the convenience of our homes thanks to the development of telehealth and remote home monitoring devices.

After a brief video conference, doctors might offer recommendations and even submit medication requests.

Large files produced by magnetic resonance imaging and other imaging devices frequently need to be transferred to an expert for examination. The transmission may take a long time or fail to send when the network has insufficient bandwidth. Since fewer people may be seen in the same period of time, the patient must wait even longer for treatment.

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Massive data files of medical images may be transported swiftly and reliably via a high-speed 5G network, which can enhance both access to care and the standard of care. The quality of the help could be improved by deploying regional service networks.

Patients can frequently receive treatment more quickly and have access to specialists when healthcare systems use this technology. Doctors and other staff members may be able to work together more effectively.

Healthcare organisations may now offer remote monitoring to more patients thanks to 5G technology, which has lower latency and higher capacity. Then, providers can be assured that they will get the information they require in real-time and can give patients the care they require.

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One of the key characteristics of 5G is low latency, which might possibly usher in the idea of telesurgery. Telesurgery is interpreted as the method by which a doctor can operate on a patient who is situated somewhere else. Telesurgery would be very difficult to implement, due to the technology required, to put into practise. However, there is no denying that it would be a significantly better outcome for people who could benefit from physicians in other cities or nations.