Facebook has revealed plans to take the Internet to hundreds of millions of underprivileged people. Through a mixture of high-altitude, solar panel-powered endurance planes (pictured), satellites, and lasers, the plan is to bring Internet connectivity en masse to Third World countries. The goals extend beyond mere business expansion, as the advancements could “create another 140 million new jobs, lift 160 million people out of poverty, and reduce child mortality by hundreds of thousands.” It’s another bold shift in a direction for Facebook (recent business acquisitions include a move into virtual reality technology), and what has been called “Connectivity Lab” could have wide-reaching global results.
Officially announced from their Newsroom, the company indicated it branched out into partnerships with technology companies in August 2013. The partnership has seen Ascenta, NASA, and the National Optical Astronomy Observatory unite to create the technology which is now emerging. As Facebook lay down the claim they’re “Inventing the future of connectivity,” here are the details which could connect billions more across the world.
Advanced Communication Technology
Facebook’s latest partnership involves NASA’s Jet Propulsion Laboratory and Ames Research Center in a bid to understand more advanced ventures into space, which would offer Internet connectivity across the world. Meantime, Ascenta, a British company with expertise in creating high-altitude, long-endurance (HALE) aircraft, has been drafted in to create drones to offer Internet connections to Third World nations. An image of the prototype is pictured above, with reliance on solar panels to power it for months on end.
It’s all part of Internet.org, which has a mission of improving and extending Internet access as well as creating jobs and reducing poverty. Facebook’s Yael Maguire openly discussed the rapidly developing technology in an official YouTube video.
The technology required is highly complex. Developments costs, practicality, effectiveness, and long-term ability are areas which are being thoroughly researched and tested. There are a number of concepts in development to tie the ambitious ideas together. Free-space optical communication (FSO) is one, which utilizes light directed in free space to transmit data through space. “Invisible laser beams in the infrared part of the spectrum,” as Facebook CEO Mark Zuckerberg explained. It is considered a technology with immense promise, as it would vastly improve Internet connection speeds. They are effective power savers, and will still work as impressively as very strong modern bandwith connections. However, adverse conditions (such as snow and pollution) have been known to disrupt them.
Low Earth Orbit (LEO) and Geosynchronous Earth Orbit (GEO) satellites are also being considered. The former would be between 160-2,000 km above the Earth as the planet turns, the latter in an orbit moving at the same speed as the Earth whilst 35,786 km above sea level. The problem with this approach is they are slow to make, and very expensive. An alternative, as you’ll now be aware, is to deploy drones. These have unique challenges to face: the lower HALE aircraft fly to Earth, the stronger the Internet signal will be, yet environmental conditions (such as a strong wind) have to be considered to maximise the signal. Due to this, Facebook has suggested a figure of 65,000 feet as the “ideal” height. This is believed to be the perfect altitude for signal strength. Ascenta are currently developing models.