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Project Loon

google.com

201–210 of 299 posts

Re: Project Loon

#201
post #22

"I love those who yearn for the impossible." -Goethe I wish other large companies showed such ambition. Telecoms like AT&T can't even be bothered to roll out the network upgrades they promised in the early 2000's.

Minor nitpick: AT&T has done a shit-ton of research: http://en.wikipedia.org/wiki/Bell_Labs edit: apparently a different beast than today's AT&T

If any technology that was formed in AT&T labs that threaten AT&T's very survival or business model, they will certainly or did squash it.

Re: Project Loon

#202
post #151

Earlier quoted context omitted.

Whoa?! Care to elaborate on that or at least point to a relevant link? You really made me curious...

He's slightly exaggerating, IIRC, but it's conceptually correct. Regarding the share structure, Google has two classes of shares, or maybe three by now. Class C shares don't get to vote, and I can't remember if they exist yet (IIRC they were voted into existence a year ago, but only pending various hurdles that I think might not have yet been cleared). Class B shares are worth 10x as much as Class A shares, for votin…

Its the classic News Corp style founder control non-capitalism stock market listing. Other shareholders are not owners, just along for the ride. Illegal in most countries other than the US, where shareholders actually have to own a public company...

Re: Project Loon

#203

Earlier quoted context omitted.

Wireless is a hack, it will never replace wired. Sure, in Africa they get online with mobile phones, but that's only because it's not profitable _yet_ to run landlines. Even 56K would be better than mobile, but since it's Africa they don't even have that. Give it a few more decades and they'll be wired just like everyone else.

Particularly over long, sparse networks, wired connectivity is not as cost effective as wireless connectivity, even including the cost of pole assets and antenna mounts. And data rates of > 1 Gigabit for wireless connections are readily achievable these days. [1] [1] http://www.bridgewave.com/solutions/whitepapers.cfm

The United States is a long, sparse country, one of the longest, sparsest countries on the globe. We are wired because running backbones over 3G blows.

People say infrastructure is too expensive to build, it's not. When you have a discerning customer base with the purchasing power to demand it, infrastructure is the only way to serve it. Wireless cannot support that. As soon as the developing world stops being developing, in will come the telcos to build real kit.

Re: Project Loon

#204
"Google's mission is to organize the world's information and make it universally accessible and useful."

Very well in line with their mission statement. I love it because it's so much "ah screw it we'll just try this crazy sounding idea"

[I wrote a paper during my university time that was a thought experiment on the availability of cheap internet for everyone...time to dig it up :D]

Re: Project Loon

#205
post #130

Earlier quoted context omitted.

Wireless is a hack, it will never replace wired. Sure, in Africa they get online with mobile phones, but that's only because it's not profitable _yet_ to run landlines. Even 56K would be better than mobile, but since it's Africa they don't even have that. Give it a few more decades and they'll be wired just like everyone else.

> Wireless is a hack It's been years since I've had a landline phone. I'm sure I'll eventually drop my landline high speed internet connection too.

It's a hack for the use case of basic connectivity. Your cell phone connects to a cell tower, which in turn connects to a trunk line. That's the proper way to do wireless.

In the developing world, cell towers connect to other cell towers wirelessly. That's a hack. It's the reason why hotel Internet blows. Not its proper use case, engineering-wise. Service sucks but the customer base isn't discerning enough to notice and wouldn't be able to afford better.

We have Clear Internet service in Atlanta. We had it for awhile, but crappy reception due to trees even though we were well covered by three towers made us go back to cable. Dialup would have been better. I had another friend within eyesight of a tower, he dropped it too because service got so crowded and bad that he couldn't stand it.

Current wireless technology could never replace wired and deliver the same quality of service that wires do. For proof, head down to your local Starbucks and try to get work done. I've not seen one yet where the connection didn't cut out at least once an hour. Radios degrade over time, copper doesn't.

Re: Project Loon

#206
A worthy project, to be sure, but the networking guy in me hears "space" and immediately starts worrying about the latency. Does anyone know if there's technical data available on the standard network metrics of this solution (latency, packet loss, jitter...)?

Re: Project Loon

#207
I'm not sure they've thought through the effects of creating that many more consumers and producers to compete with - especially when service industries, services that can be delivered at range, are becoming so dominant. This seems like the sort of thing that's going to force down the price of labour again.

I don't see the percentage for developed countries - seems maladaptive.

Re: Project Loon

#208

Earlier quoted context omitted.

It's not like in mid-90's the Internet started getting big and the telecoms started running wires because it was the best option. They based the new network offerings on the infrastructure that had been in place for decades. Developing areas don't have that existing infrastructure. Perhaps setting up a wired infrastructure will make the most financial sense. However, I don't think that's a foregone conclusion, and a…

I think the key is that wired networks were ideal in the situation where customers would pay off the investment. Wireless is way cheaper - one station could be 20+ people and take far less investment upfront.

This is not really borne out in the economics. Wireless is only cheaper if you have a big wired trunk line somewhere you can drop a tower on.

It's not cheaper if you have to build that trunk line, and the latency and equipment start getting costly when you're looking at going tower-to-tower over a long distance, since with a single fiber you can run over 100km before you need another relay (and carry a lot more data).

Where this initiative by Google works is getting the rest of the world onto the internet somehow, and profiting off being the base-level service provider. Which would be quite a thing - a world where everyone could send some packet data at any time, would be very different to today where even leaving my house raises serious questions about how online I maybe over the next 48 hours.

Re: Project Loon

#209

Earlier quoted context omitted.

Autonomous cars, too.

autonomous cars mean people can be on the internet while driving.

I can imagine if Space X was Google it would be stated that the only reason for the project is that they want to serve ads in space.

Re: Project Loon

#210
Sounds cool, but there is one issue: latency. I remember using the Internet in the mid-1980s, specifically using servers in Norway and other locations from my office in San Diego. Because of a few satellite hops, the latency was about 2 seconds. It made remote use of Emacs interesting :-)
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