AN US Company is planning to build an 'Outernet' a global network of cube satellites broadcasting internet data to all the people on the Earth that also for free.
According to New York based organization-'Media Development Invest Fund'(MDIF),the idea is to offer free internet access to all people regardless of location, by passing filtering or means of censorship.
MDIF , proposes that hundreds of cube satellites be built and launched to creat a constellation of sorts in the sky, which allows anyone with a phone or computer to access internet data sent to the satellites by several hundred ground stations.
According to a report 40 percent of the people in the world today are still not able to connect to the internet.It is due to high cost of bringing service to remote areas .
An . outernet would allow people from Siberia to parts of western US to remote islands or villages in Africa to receive the same news as those in New York or Paris.
The Outernet would be one way- data would flow from feeders to the satellites. which would broadcast to all below.
MDIF plans to add the ability to transmit
any where.
According to New York based organization-'Media Development Invest Fund'(MDIF),the idea is to offer free internet access to all people regardless of location, by passing filtering or means of censorship.
MDIF , proposes that hundreds of cube satellites be built and launched to creat a constellation of sorts in the sky, which allows anyone with a phone or computer to access internet data sent to the satellites by several hundred ground stations.
According to a report 40 percent of the people in the world today are still not able to connect to the internet.It is due to high cost of bringing service to remote areas .
An . outernet would allow people from Siberia to parts of western US to remote islands or villages in Africa to receive the same news as those in New York or Paris.
The Outernet would be one way- data would flow from feeders to the satellites. which would broadcast to all below.
MDIF plans to add the ability to transmit
any where.
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