Mark Zuckerberg has plans to expand broadband coverage using unmanned high-altitude aircraft, satellites and lasers
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| Just 16% of Africa’s population used the internet last year, compared with 75% in Europe. Photograph: Yannick Tylle/Corbis |
Facebook has bought a Somerset-based designer of solar-powered drones
for $20m (£12m) as it goes head-to-head with Google in a high-altitude
race to connect the world's most remote locations to the internet.
Mark Zuckerberg, Facebook's chief executive, has unveiled plans to beam broadband connections from the skies, using satellites, lasers and unmanned high-altitude aircraft designed by the 51-year old British engineer Andrew Cox.
His Ascenta consultancy will become part of Facebook's Internet.org not-for-profit venture, joining a team of scientists and engineers who formerly worked at Nasa and the US National Optical Astronomy Observatory.
Facebook is building its Connectivity Lab as a direct challenge to Google's Project Loon, which is launching high-altitude balloons over New Zealand and hopes to establish an uninterrupted internet signal around the 40th parallel of the Earth's southern hemisphere.
The race to put the first man on the Moon was led by the US and Russian governments, but today it is private companies – the cash-rich digital corporations of Silicon Valley – that are driving the sub-space race. The ambition is to connect the billions of people who currently have no access to the world wide web.
"In our effort to connect the whole world with Internet.org, we've been working on ways to beam internet to people from the sky," Zuckerberg wrote on his blog. "Today, we're sharing some details of the work Facebook's Connectivity Lab is doing to build drones, satellites … and lasers to deliver the internet to everyone."
With 1.3 billion users, Facebook has already reached a large number of the estimated 3 billion people who use the internet. Connecting the other 4 billion will hugely expand its potential user base.
In what the Internet.org website describes as "one of the greatest challenges of our generation", engineers are trying to solve the problem of beaming fast, responsive internet signals to and from the Earth's surface from heights of 20,000 metres.
Facebook is exploring the potential of two types of craft – satellites, which could be used in remote rural locations from the Highlands of Scotland to the Amazon basin, and drones, which would fly over suburban areas.
Yael Maguire, an Internet.org engineer, explained: "In suburban environments we are looking at a new type of plane architecture that flies at 20,000 metres, at the point where the winds are the lowest. It's above commercial airlines, it's even above the weather. They circle around and broadcast internet down but significantly closer than a satellite."
Invisible infrared laser beams, which can carry large amounts of information at high speeds across space using free-space optical communication technology (FSO), will connect the satellites to each other and to receivers on the surface of the Earth.
The plans may sound like science fiction, but Jon Excell, the editor of The Engineer, said the use of sub-space drones as an alternative to satellites was already a credible technology.
"A lot of people have looked at this area," he said. "Satellite launches are just phenomenally expensive. Solar-powered craft are a lot cheaper because you don't have to launch them into space. They are also much easier to maintain. Satellites stay in orbit until they stop working, but these craft can be brought back down and repaired if anything goes wrong."
Just 16% of Africa's population used the internet last year, compared with 75% in Europe, but the drones and balloons being sent into space could soon bring it to areas where individuals do not yet have electricity or computers. Even in areas where there are no masts, however, the mobile phone is nearly ubiquitous. One in five people already own a smartphone.
Mark Zuckerberg, Facebook's chief executive, has unveiled plans to beam broadband connections from the skies, using satellites, lasers and unmanned high-altitude aircraft designed by the 51-year old British engineer Andrew Cox.
His Ascenta consultancy will become part of Facebook's Internet.org not-for-profit venture, joining a team of scientists and engineers who formerly worked at Nasa and the US National Optical Astronomy Observatory.
Facebook is building its Connectivity Lab as a direct challenge to Google's Project Loon, which is launching high-altitude balloons over New Zealand and hopes to establish an uninterrupted internet signal around the 40th parallel of the Earth's southern hemisphere.
The race to put the first man on the Moon was led by the US and Russian governments, but today it is private companies – the cash-rich digital corporations of Silicon Valley – that are driving the sub-space race. The ambition is to connect the billions of people who currently have no access to the world wide web.
"In our effort to connect the whole world with Internet.org, we've been working on ways to beam internet to people from the sky," Zuckerberg wrote on his blog. "Today, we're sharing some details of the work Facebook's Connectivity Lab is doing to build drones, satellites … and lasers to deliver the internet to everyone."
With 1.3 billion users, Facebook has already reached a large number of the estimated 3 billion people who use the internet. Connecting the other 4 billion will hugely expand its potential user base.
In what the Internet.org website describes as "one of the greatest challenges of our generation", engineers are trying to solve the problem of beaming fast, responsive internet signals to and from the Earth's surface from heights of 20,000 metres.
Facebook is exploring the potential of two types of craft – satellites, which could be used in remote rural locations from the Highlands of Scotland to the Amazon basin, and drones, which would fly over suburban areas.
Yael Maguire, an Internet.org engineer, explained: "In suburban environments we are looking at a new type of plane architecture that flies at 20,000 metres, at the point where the winds are the lowest. It's above commercial airlines, it's even above the weather. They circle around and broadcast internet down but significantly closer than a satellite."
Invisible infrared laser beams, which can carry large amounts of information at high speeds across space using free-space optical communication technology (FSO), will connect the satellites to each other and to receivers on the surface of the Earth.
The plans may sound like science fiction, but Jon Excell, the editor of The Engineer, said the use of sub-space drones as an alternative to satellites was already a credible technology.
"A lot of people have looked at this area," he said. "Satellite launches are just phenomenally expensive. Solar-powered craft are a lot cheaper because you don't have to launch them into space. They are also much easier to maintain. Satellites stay in orbit until they stop working, but these craft can be brought back down and repaired if anything goes wrong."
Just 16% of Africa's population used the internet last year, compared with 75% in Europe, but the drones and balloons being sent into space could soon bring it to areas where individuals do not yet have electricity or computers. Even in areas where there are no masts, however, the mobile phone is nearly ubiquitous. One in five people already own a smartphone.
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