Google Floats Balloons For Free Wi-Fi
New submitter BrokenHalo writes "Google has revealed that it has 30 balloons floating over New Zealand in a project to bring free Wi-Fi to earthquake-stricken, rural or poor areas. They're calling it Project Loon. '[W]e’ve built a system that uses balloons, carried by the wind at altitudes twice as high as commercial planes, to beam Internet access to the ground at speeds similar to today’s 3G networks or faster. As a result, we hope balloons could become an option for connecting rural, remote, and underserved areas, and for helping with communications after natural disasters.' Eventually, as the balloons move across the stratosphere, consumers in participating countries along the 40th parallel in the Southern Hemisphere could tap into the service. The technology will be trialled in Australia next year, possibly in Tasmania. If the latter happens to be true, then you'll probably hear the telcos' screams in New York."
were Canadian dollar coins.
Each balloon is 15m (49.2ft) in diameter - the length of a small plane - and filled with lifting gases. Electronic equipment hangs underneath including radio antennas, a flight computer, an altitude control system and solar panels to power the gear. Google aims to fly the balloons in the stratosphere, 20km (12 miles) or more above the ground, which is about double the altitude used by commercial aircraft and above controlled airspace. Each should stay aloft for about 100 days and provide connectivity to an area stretching 40km in diameter below as they travel in a west-to-east direction. [1]
I heard about the balloons this morning and thought hey, Google wants as many people as possible to see their ads. It's good for Google AND good for me, I applaud this.
Free Martian Whores!
Will Eric Schmidt allow one of those to float over his house? He doesn't like drones. http://www.guardian.co.uk/technology/2013/apr/21/drones-google-eric-schmidt
Ok, I skimmed through both articles in search of one answer.
What happens to the balloons when they inevitably drift out of the intended coverage area and then crash? This technology is useful for a short-term disaster relief solution, but over the long term you're going to end up with a lot of balloons and electronic packages coming down all over the world.
"There are many terrestrial challenges to internet connectivity – jungles, archipelagos, mountains. There are also major cost challenges. Right now, for example, in most of the countries in the southern hemisphere, the cost of an internet connection is more than a month's income."
- Guardian
This is a noble thing for Google to do and I applaud them for it. I can't help but wonder though, why they can keep doing all of this 'out-there' projects (wi-fi baloons, driverless cars, Google fiber) and can't do a seemingly simple thing like keep Reader afloat. It's difficult to commit to using a Google product if you're not sure how long it is going to be around.
I see no mention of lasers. They sound impractical - how will you get precise alignment with a moving target over such distance?
69 more balloons, and they should be red.
I think I know what the NSA was after that yahoo and Google fought against. The email meta data on everyone.
Yahoo used 4th Amendment, i.e. it was American data because 4th Amendment defence can only apply to Americans.
NSA took all the phone meta data, and we know they had internet taps so they would be use to grabbing the email meta data too.
So they'll have forced Yahoo to hand over the meta data on sent emails so that yahoo to yahoo mail is grabbed.
Facebook would have all the message meta data grabbed too (Zuck' is probably lying to rescue his business).
That would match NSA arguments about meta data on phones, and explain why yahoo raised a 4th amendment objection.
It's almost funny how the summary claims that this is based on WiFi. It would be impossible even with specialized antennas and very high transmit powers.
Balloon is too high for someone to receive a WiFi signal at ground level.
WiFi is short range. WiMax is long range. This is more like WiMax, if it isn't WiMax.
Imagine the tantrum North Korea will throw when one of these drifts through its airspace and gives the population unfiltered Internet access.
They're not the only place that would have an explosion over uncontrolled Internet.
1. For energy they tak the water vapour and electrolysis it to hydrogen. Sthen store the hydrogen.
Being above the cloud line = tons of solar energy.
So the battery and hydrogen storgae does not need to be very big.
2. For altitude control just release hydrogen
3. for electricity to run the on board system just use a fuel cell ? Well its a bit cold. So i image they will use batteries.
4. For Moving left or right they COULD use some thruster. The amount of energy they are going to get from the PV energy collection system is immense so i see now reason why vector control thrusters cant be make to work. Mayeb even compressed air based.
5. The radio network with a mesh network is already solved. I imagine they could also use the "white spaces" technique.
In africa Google have been pushing to use the white spaces for this exact reason i suspect.
The downlink will then have enough bandwidth.
TFA doesn't specify WiFi though the ISM bands are specified. However, it's not impossible that it is WiFi, it has a much longer range than you might think with the right equipment.
WiFi is short range. WiMax is long range. This is more like WiMax, if it isn't WiMax.
Yes, WiMAX seems much better candidate at first blush. Although even WiMAX has a typical maximum range of 50 kilometers. Going up 20,000 km, on the other hand... I don't know, I think we're actually talking about something relative to satellite broadcasting technologies.
If WiMax's range is 50km, that means from 20,000 feet it covers an 18-mile across footprint. That would just be from a single transponder. You could design the satellite with multiple overlapping beams, each designed to cover about a 200 square mile area. It would be pretty effective out to a range of about 20 miles. At that distance, multipath and coverage in valleys starts to become a problem. So one balloon could cover maybe as much as 1200 square miles.
There's a company that has been selling blimps for cellular network coverage that float at 21 km height since 2006: http://www.stratxx.com/products/x-station/
this sig is useless
Oh, I see where I went wrong now. At some point 20,000 meters changed in my head to 20,000 kilometers! What a stupid mistake from me, sigh...
I hope they don't have high resolution camera's on board.
I thought Cloud Computing was a joke, but Google seriously wants to take computing to cloud!
Helium is a rare and precious resource. Whether party balloons or industrial balloons we need to ban the use of helium. Once it is used up we will be without it no matter how great the need.
I haven't seen any analysis of the obvious white elephant in the room (and don't intend to provide any, because I'd be blundering around in an area where I have no expertise) - could this economically replace satellite-based telco operations? What would the tradeoffs be?
"Ahh! I see you're in that indeterminate Schrodinger state where - oh, uh
You're probably confusing WiFi (IEEE 802.11) with GSM.
Emphasis mine; Source
thinking of Doctorow's appearance in this XKCD? http://xkcd.com/345/
Why not use electrolysis to keep the balloons filled with hydrogen. Why do there have to come back down to earth? I know for a fact that there is water vapor in the stratosphere. Also, I had the same idea when I heard of the US government program to research solar panels. I wonder if these "thin cell panels" were developed by the private or public sector?
He is crazy if you think about it; I am not.
We could use more of these. Telco bills are eating too much of my money already.