Because the global communications architecture cannot withstand a natural phenomenon, a computer scientist has warned of a disaster in the Internet sector.

Professor and computer scientist at the University of California, Irvine, SIGCOMM 2021, Professor SIGCOMM, presented scary findings a week ago, expressing her deep concerns about the weakness of the global Internet communications architecture.

A specialist computer scientist believes that a large wired package of space could wreak havoc in the international Internet communications sector because of weaknesses in the transmitters used in sea cables.

The scientist noted that the world had not experienced such a space event since 1859, long before the establishment of modern electricity networks and large-scale Internet connections, but had been monitored.

According to the article on techxplore, a large space-based cable beam that will strike Earth in the form of a wave would send huge amounts of magnetized solar particles.

She warned the scientist that this wave was likely to cause problems for power networks around the world, as she observed the failure of the 1859 event in the global telegraph network, which still operates today as a result of the wave.

According to the article on techxplore, a large space-based cable beam that will strike Earth in the form of a wave would send huge amounts of magnetized solar particles.

She warned the scientist that this wave was likely to cause problems for power networks around the world, as she observed the failure of the 1859 event in the global telegraph network, which still operates today as a result of the wave.

Goethe pointed out that on the ground, there was no big problem because such cables rarely worked long enough to require retransmission. At the bottom of the sea, however, transmitters are placed between 50 and 150 metres, and the distance depends on the surrounding conditions.

The scientist noted that it was very likely that the transmitters would be damaged during a large wave-shaped solar storm, cutting off international Internet connections so that workers could replace them. This may take weeks for some, perhaps months for some of these links.

The scientist showed that undersea cables were not well fed, sometimes not for long, and confirmed that this put the transmitters at high risk of solar storm damage.

In addition, the world has pointed out that some parts of the seabed are not good for relief, with some areas being more effective than others. However, a clinical mass wave can destroy the satellite electronics used for both GPS and Internet data traffic. It concluded that current estimates for such a storm occurring sometime over the next decade range from 1.6 to 12%.