The COVID-19 epidemic has accelerated 10 key technology trends, including digital payments, telehealth and robotics.
These technologies can help reduce the spread of coronaviruses while helping businesses remain open.
Technology can help make society more resilient in the face of epidemics and other threats.
Throughout the COVID-19 pandemic, technology are playing a vital part in maintaining our society operational in a period of lockdowns and quarantines. And these technologies might have a long-lasting effect beyond COVID-19.
Listed below are 10 technology trends which may help construct a resilient society, in addition to concerns concerning their consequences on how we do business, how we can trade how we operate, how we create products, how we know, how we search medical solutions and how we amuse ourselves.
Together with lockdowns, and travel limitations, face-to-face meetings and’huddles’ will probably have to be redefined.
Industry will undergo a gain in digital meetings. Already, programs like Zoom and Google Meet have witnessed a sudden spurt in consumers.
From meetings with just 4-5 participants, to enormous international conventions and seminars with thousands of participants all have moved online.
This tendency is Very Likely to last in the article Covid planet as individuals assert social distancing etiquette
Article the lockdown, a massive chunk of academia has gone on the internet. Schools, schools and training centres are running online courses through video conferencing.
Dedicated education programs have seen a massive spurt in development as students are studying theories on their cellular telephones.
A couple of schools also have conducted evaluations on the internet. It’s anticipated that a number of those trends will continue from the article Covid period too.
Many universities and college education boards have advocated that schools and schools should make an effort to complete some part of the curriculum on the internet, even after the situation becomes more ordinary.
With the rising demand for faster and higher bandwidth systems, as a result of remote functioning, 5G that’s the next generation system built with”Service Based” architecture may get embraced quicker.
5G provides increased quality of service dependent on the system’Slice”, which caters to a specific service type, for example IoT, very low latency software etc..
By way of instance, to get a distant surgery use instance, where low latency is a vital parameter, 5G can work better than the present networking solutions.
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Technology trends make it very clear in a post Covid entire world, more articles is going to be viewed and consumed mobile devices, be it in form of video conferencing for a meeting, an internet course, or Video for amusement. Before the pandemic, video inhabited over 70 percent of the content sent over the cell network.
This will grow exponentially in the article Covid planet and will overburden cellular networks that aren’t intended to deal with this loading.
To reduce network congestion and enhance consumer experience, the communication businesses use”Common” spectrum.
There are a variety of sorts of shared spectrum choices. Dynamic shared spectrum like TVWS, CBRS give added protection and capability to offer connectivity to unconnected people.
We could also have sharing of spectrum between two distinct networks- for example Broadband and Broadcast networks.
This really is a 5th generation information transmission invention which is a convergence of both Broadcast and Broadband spectrum
Artificial Intelligence and Machine Learning (AI/ML) will be playing an increased role in the communicating solutions of their future.
When communication has been done using shared spectrum AI/ML systems will be constantly monitoring the loading on the respective networks.
Dependent on the information type, network loading and amount of consumers that the AI/ML systems may help networks create a choice to pick the most best parameters to provide content — As an instance: networks are able to make a choice to change the transmission from 1 spectrum to additional on a real-time basis. These programs will help greatly enhance the consumer experience.
With more data being transmitted mobile operators will have to ramp up the network infrastructure to support this larger volume of data. Completing the physical infrastructure is very expensive so many operators will opt for virtualization to reduce capex and opex.
For example, RAN virtualization is adopted by many network operators that separate network functions from hardware.
This gives rise to scalability, elasticity and a more flexible, agile and cost-effective network. Virtualization will also promote divergence and open network architecture.
It also gives way to innovation and new players to provide state-of-the-art technology to better manage the network.
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Kovid-19 has changed the demographics of cities. The lockdown triggered a reverse migration from cities to villages after the loss of jobs.
It is not certain how many of them would have opted to return once the epidemic had passed. However, it is envisaged that the migrant population will withdraw some of the city’s amenities, such as 24-hour Internet connectivity.
In the world of mobile Internet connectivity and its opening opportunities, there will be more demand for high speed internet connectivity in rural areas – from the government, for everything. Services of tele-education, tele-medicine for e-commerce.
Several innovative wireless technologies can provide a rapid and cost-effective alternative to current optical network solutions for establishing rapid connectivity across the country.
One such example is the IEEE802.22 based fixed wireless access technology that uses unused UHF spectrum and can be used for mid-mile and last-mile network coverage.
There has been a rapid proliferation of “smart” devices that are connected to the Internet. Post Kovid-19, as a result of social distancing norms, will be a major development in such devices. We will see the use of “smart” devices in “smart” homes.
For example, “smart” refrigerators will take stock and order groceries online. Such “smart” devices will require regular software upgrades that will be transmitted via the Internet.
Companies can use 5G broadcasts to broadcast software upgrade patches across all their devices, making it effective as well as reducing congestion in mobile networks.
The slowness in travel will eventually lead to the proliferation of remote sensor and surveillance solutions. These sensors and monitors will be installed in remote areas such as agricultural fields, oil spills, remote factories and warehouses, mines etc.
These can be controlled and monitored from a central location. Fixed wireless access solutions can be used to provide connectivity between a central location and remote locations.
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In many places across the country where mobile network connectivity is patchy, remote asset tracking solutions will increase.
This is because the movable and immovable property such as trains, trucks, fishing boats etc. are constantly moving in these areas.
In the absence of mobile network connectivity, satellite connectivity will be used to send and receive data from the central control location.
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