According to the world's leading internet network specialist, a bold plan to sink the world with high-speed satellite Internet may not be as crazy as it sounds and can be a license to print money.
Low orbital guidance, in space in which low-orbit low-speed orbiting satellites are more in effort and cost than the value of the flock of satellites. However, the idea has been extensively researched by Silicon Valley in recent years, and a person especially wants to make it a reality. And now you know him well.
The private rocket company SpaceX, a controversial billionaire Elon Musk, who wants to create communications satellites as part of a project called Starlink.
The company was approved by the US Federal Communications Committee (FCC) to send more than 7518 satellites into space as part of its ambitious plan, over 4400 previously approved.
The main components of such a project have been done before, but certainly not as much as SpaceX needs to be successful in Starlink.
Professor Mark Handley of the Computer Science Department at University College London is an expert in network topology and has recently begun to create a simulation of how Starlink can work.
Au The devil is in detail, and SpaceX seems to be pushing the limits of what was previously done on several fronts, ayrıntı he said. But he thinks the project is possible.
Prof Handley evaluated the company's FCC submission decisions to get a rough idea of what SpaceX had hoped to do. Most interestingly, the company will rely on lasers instead of radio waves to attract messages between satellites because it does not want any radio spectrum for satellite communication.
"Mostly, it is because of the removal of any radio frequency for communication between satellites and the discussion of some optical communication components that can survive from re-entry," Prof Handley said. "This was later approved in FCC communications, but we still don't know exactly how they plan to use laser connections to link satellites."
The video below shows what it might look like. Prof Handley said that what he might do for SpaceX uses well-trained guesswork and basic physics to "fill in the gaps".
ELON BIG GUN
SpaceX has the most advanced rocket technology in the world, and pioneering re-usable rockets attach great importance to the Starlink plan. The rocket system allows the use of boosters, which are usually disposed after a single use, to return safely to the soil and to be reused for other launches.
"Without it, it's hard to see how it works," said Prof Handley. Said. "It is important to understand that they do not build it only once. Satellites have a life span of only five to seven years, so they constantly need two average satellites a day.
"They're probably more than 25 to 30 satellites on a rocket, and the next generation BFR rockets work a lot more, so it's not as crazy as it was at first glance."
It is clear that SpaceX, working closely with NASA, has the support of the US government.
"I'm excited to see what these services can promise, and what the proposed constellations have to offer," FIM leader Ajit Pai said on Friday, after he gave SpaceX his plan to launch more satellites, provided he continued with the plan.
LICENSE FOR WRITING MONEY
In addition to providing internet to almost every corner of the world, a network like this also provides a great benefit – it has the potential to significantly reduce latency in long-distance communication. Because free alien lasers communicate at a speed of light at light speed. This is faster than the speed of light in the glass, as used in fiber optic cables on the ground.
And according to Prof Handley, there lies the potential genius.
He believes that something like Starlink can be highly attractive to high-frequency investors in large banks, which might be willing to provide speed advantage when it comes to trading in algorithms based on the stock market and exchange exchanges.
It may seem like a foreign concept, but it is possible to shave your milliseconds during your delay period, which can give big savings to these companies as they seek an advantage to respond more quickly to the market.
Michael Lewis's 2014 book Flash Boys accelerated the rise of high-frequency trade and began to explain a US300 million-dollar project made by Spread Networks – a 1331-kilometer cable construction from New Jersey through the mountains and rivers in Chicago, data from 17 to 13 milliseconds.
Theoretically, SpaceX can take high premiums to access the super-fast Starlink network.
Prof Handley, "I think the most money-giving advantage of low-latency and the use of the financial industry will probably pay a lot of bill," he said.
”I think the social benefits from connecting remote locations will be huge, and they will contribute to revenue, but if they were only about connecting to remote places, I don't think Starlink could pay for it.“
Prof Handley gave his research paper in the US this week and worked on the Starlink simulation at a conference in Seattle.
Edi Surprisingly, many network researchers have no knowledge of Starlink plans, “he said.
”This will not be the only available internet space – the rapidly changing nature of satellite pathways creates all sorts of interesting network research questions and will undoubtedly allow us to keep researchers busy for many years.“
After all, he thinks that such a network is inevitable. However, it remains to be seen whether SpaceX can pull off in the coming years.
Like everything Musk has recently done, there is no problem in the people who follow.