However, it is estimated that 4.3 billion people around the world do not have internet access and therefore cannot consume information just as we all can. Whether due to geographical conditions or unfavorable socioeconomic status, these citizens cannot enjoy free books published on the web, weather information, disaster news, uncensored journalistic material, educational content and everything else we are used to finding in a quick Google search.
It is not necessary to think of distant countries and remote regions to understand this situation - even here, in Brazil, a broadband connection is still very expensive for a large part of the population. In addition, the internet is somewhat unstable: we all risk running out of digital information in the event of natural disasters (an earthquake or storm, for example, can damage the infrastructure of a wired connection or mobile network antenna). So we have a big problem here: how to offer digital information in a cheap, affordable, stable and secure way? The answer may lie at Outernet.
Its working scheme may seem a little complicated at first, but the concept as a whole is quite simple and doesn't use any kind of mind-boggling technologies - in the words of the project team itself, Outernet simply uses existing resources as smartly as possible. .
First, Outernet's operations team selects content it deems important to humanity, such as news, educational content, and other relevant material. This includes not only web pages, but also videos, music, and even software (Linux distributions, for example).
Once all this information has been collected, it is handled in Outernet's own database, making it lighter and less “broken” (a selected Wikipedia page cannot link to other unselected pages, for example). This massive block of data is then sent to geostationary satellites belonging to Outernet and relayed to Earth.
Currently, the company has two satellites that were abandoned and were adapted for this purpose: the Galaxy 19 and a Hot Bird. This pair is capable of transmitting information to much of the earth, but the project foresees the launch of cubesats (miniaturized satellites) to increase its area of operation.
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