Starlink’s newest competitor is using next-gen satellites to create internet for all

[_NOBODY_]

Starlink’s newest competitor is using next-gen satellites to create internet for all​

Four billion people are not connected to the internet. This company wants to change that, using satellites in geostationary orbits.

An estimated four billion people aren’t reliably connected to the internet. Those who do have wifi access can face exorbitant bills, especially in remote areas like Alaska, where wifi can cost tens of thousands of dollars.

Could putting the internet in space be the answer? Astranis is putting small satellites at Geostationary Earth Orbit (GEO), about 100 times further away than companies like Starlink, enabling each satellite to cover a much larger area.

This tech could provide a more reliable, affordable connection for billions of people across the globe.

 

[Haldorss]

Starlink’s newest competitor is using next-gen satellites to create internet for all​

It's not starlinks competitor this is about Zio-Anglo-Saxons stealing all the space areas from Russia, China and Europe:

We consider it the most valuable real estate in the solar system, because each spot......

Only relevant soundbyte worth listening to.

China and Russia still not doing anything to stop this. @beijingwalker

 

[_NOBODY_]

Starlink’s newest competitor is using next-gen satellites to create internet for all​

Four billion people are not connected to the internet. This company wants to change that, using satellites in geostationary orbits.

An estimated four billion people aren’t reliably connected to the internet. Those who do have wifi access can face exorbitant bills, especially in remote areas like Alaska, where wifi can cost tens of thousands of dollars.

Could putting the internet in space be the answer? Astranis is putting small satellites at Geostationary Earth Orbit (GEO), about 100 times further away than companies like Starlink, enabling each satellite to cover a much larger area.

This tech could provide a more reliable, affordable connection for billions of people across the globe.

@Signalian

 

[STREANH]

It's not starlinks competitor this is about Zio-Anglo-Saxons stealing all the space areas from Russia, China and Europe

Only relevant soundbyte worth listening

Geostationary orbit is roughly 225,000 km in circumference. That is a lot of real estate. Just for comparison the earth is ~40,000 km in circumference.

If I was a future businessman, I would start a space debris collection business. There is an excellent anime called Planetes describing this.

 

[Haldorss]

Geostationary orbit is roughly 225,000 km in circumference. That is a lot of real estate.

Not according to this guy on the video.

 

[libida]

Starlink’s newest competitor is using next-gen satellites to create internet for all​

Four billion people are not connected to the internet. This company wants to change that, using satellites in geostationary orbits.

An estimated four billion people aren’t reliably connected to the internet. Those who do have wifi access can face exorbitant bills, especially in remote areas like Alaska, where wifi can cost tens of thousands of dollars.

Could putting the internet in space be the answer? Astranis is putting small satellites at Geostationary Earth Orbit (GEO), about 100 times further away than companies like Starlink, enabling each satellite to cover a much larger area, similar to how browsing through the Telenor package list allows you to find a plan that offers better coverage for your needs.

This tech could provide a more reliable, affordable connection for billions of people across the globe.

Astranis’ approach to using small satellites in geostationary orbit (GEO) could be a breakthrough in providing affordable and reliable internet to underserved regions. Unlike Starlink, which uses low Earth orbit (LEO) satellites, Astranis satellites cover much larger areas from GEO, potentially reducing costs and expanding coverage. With four billion people still lacking reliable internet, this could be a game-changer, especially for remote areas where traditional internet infrastructure is expensive or impractical. If successful, this technology could offer a more cost-effective and scalable solution to connect the world.