Shares in 419eater.com rocket to teh moon
Google has hooked up with Liberty Global and HSBC Principle Investments to start funding a satellite network aimed at connecting the three billion people who still can't get access to the internet, at least those living near the equator. O3b, standing for the "Other 3 Billion", has raised $60m from Google, Liberty and HSBC. …
So it's going to cost $60m to $600m to provide internet access to people in Central Africa and the Middle East???
A large percentage of those do not have clean water, working hospitals, freedom of speech, respite from civil war and/or oppression (if not outright genocide), access to anti AIDS medication, food or job opportunities.
But hey, at least they'll be able to read about how many of their family got slaughtered last week by the Islamic militants / the US Airforces' latest cock up ...
... or at least they would if the could afford to buy a PC ...
... which they wouldn't be able to use anyway not having any electricity ...
With good content caching at the ISP level the backhaul latency won't be an issue for stuff like web traffic but for VoIP and suchlike it will still be pretty rubbish. What's the intended market for this anyway? Are the 'other 3 billion' just going to be connected and left at that (so they can start trying to scam the western world with phishing etc) or are they going to be offered targetted services to enable them to make use of the connection? The recent cable provider bubble saturated the cable market for all but the most stubbornly unconnected areas so providing a gift from space is unlikely to create a need that is not already there. Add to this the cost of copper at the moment and it is unlikely that anyone will want to lay much of that. Now if they make XO mesh compatible uplink stations then there might be a use for it!!
Google could probably get a good deal on a slightly used Iridium system that Motorola put up in the 90's. Too bad by the time they designed, built, and got it flying their 2400 BPS data rates seemed pitifully behind the times. But still 2400 baud would be enough to dribble your email and better than "two tin cans with a string" if only slightly.
Only a company with such gobs of discretionary income like Google could afford to pour money into something like this.
"So it's going to cost $60m to $600m to provide internet access to people in Central Africa and the Middle East???"
Divided between 3 billion people living close enough to the equator that's a princely 2 to 20 cents per person.
"A large percentage of those do not have clean water, working hospitals, freedom of speech, respite from civil war and/or oppression (if not outright genocide), access to anti AIDS medication, food or job opportunities."
So how does denying them access to the Internet help them with any of these things?
"... or at least they would if the could afford to buy a PC .. which they wouldn't be able to use anyway not having any electricity ..."
The cost and electricity consumption of a usable net-connected computer based on Moore's law gets cheaper by the year. You probably wouldn't think so based on the idea that everyone who is yet to use a PC has to have the bloat and cost that goes with Vista forced down their throats. But it's not an idea I agree with.
Google control searching
Google control browsing (well, they want to)
Google control content (their "services")
Google control media (advertising, video etc)
Google now wish to control infrastructure
Next week, Google control truth.
They are too big and becoming worse than Microsoft.
@Repo, Stephen and co. : There are two separate issues here. Is internet access is relevant to those millions of people. The answer is yes. As a first world techie you've probably never seen how transforming and powerful the internet can be when it fulfils the roles of knowledge delivery and communication. From nurses in remote communities being able to research medical complications online, secondary school students being able to go to a local internet cafe, albeit at a cost, to print an up to date periodic table of elements, disadvantaged people using online press to put forward and debate their issues, there are so many benefits of internet access that you seem to take for granted. A lot of East and central African countries are trying to collaborate on shared fibre backbone links, but funding has been a struggle for them. If Western corporations who have easier access to finding by whatever means are able to make such an investment, charitable or not, it will definitely transform the lives of millions of people. Its only $600m, the US spends that in Iraq in 3 days only.
I really abhor statements like the one you made, it stinks of hypocrisy. While $600m could feed 30m people for a month, it could alternately be used to provide internet access to 600 million people for 20 years and both are valid priorities.
1. That's assuming these people actually have electric power (not guaranteed) and the technical know-how to actually use the Internet (also not guaranteed).
2. Priorities, my friend. Just as you gotta stand before you can walk, so too should one be concerned about getting dinner and a drink (since you can *die* from lack thereof) over getting the latest articles. That being said, perhaps using it in a more limited sense to help propagate information on a community-to-community basis (like a modern-day telegraph) has better potential and intrinsic use.
3. OLPC still hasn't reached critical mass yet. I wonder why...
Yes, there's room. These are intended for LEO, which has the advantage that the orbits decay and the satellites eventually burn up (unlike GEO, where they just sit around). LEO is typically something in the 160km to 2000km altitude range, but for comms satellites, something greater than 500km is normal.
So let's take an altitude of 500km; with a earth diameter of 12,740km, that gives an orbital diameter of 13740km, and thus an orbital circumference of 43,165km. USSTRATCOM is currently tracking ~8500 objects larger than 10cm in size in LEO, which gives an average of one object every 5km or so.
Given the relative sizes of the objects involved, and the fact that everything is moving in the same direction, this is rather better than we expect for airliners over the ocean...
Well put. My thoughts exactly, by the time I'd gotten a couple of paragraphs into the article.
It all smacks of forward planning. "Get our claws in while it's cheap, then, when somebody else has sorted out the poverty/health/famine problems over there and there's some money around, we'll reap the rewards of our early investments." Same with the rivals to the OLPC project. Maybe even OLPC themselves, if I'm gonna be really cynical.
Why provide computing and internet facilities to a areas where there are far more pressing matters to attend to? Chuck $600M at those problems, then these people can live and after you've then invested in the technology infrastructure, you'll be able to make them your paying customers.
Surely that's a slightly better philosophy?
Internet access could address very valid priorities in the poor parts of the world. People in remote areas could consult books on first aid and medicine, on agriculture and pest control, and so on, over the Internet.
Since they're selling scientific pocket calculators that draw graphs for $15 in the stores, something that is powered by a hand-crank generator and provides text-mode Internet access could probably be made at a price well below the OLPC level, too, but I suspect this won't happen; instead, the OLPC will be the minimum standard, although it's far above, say, a 386 with Windows 3.1, which is really 'all you need' for basic graphical Internet access.
You may well be a complete tit! For the whole of sub Saharan Africa the average income per capita is currently less than two dollars US per month. If that's not poverty what is? 600 million dollars put into agricultural research and teaching would change the lives of most Africans and create a little more wealth, then maybe they would be more able to appreciate the benefits of Google's ads.
...you can research an effective composting toilet, and solve your problem yourself.
As to all you saying "let's throw the $600m at more (GMO?) rice and corn" ... maybe, just maybe giving people in a tough patch access to high-quality information will actually help more than mere handouts. The bright light of media access might quell the wars that are causing many of the problems that food handouts are not solving.
Local intelligent actions, --mutual aid and voluntary cooperation among those facing the same situations--, may well enable people to take advantage of permaculture innovations, build multi-machines for manufacture (look it up), and eventually leapfrog the so-called "developed" world in terms of self-organization and democracy. Far far more than throwing rice and plumpy-nut after guns.
Yes, let's keep shipping the plumpy-nut and UN peacekeepers ... but Google is known for it's technology skills, not it's food-logistics capabilities. Seems a no-brainer to allow those with the skills to help in the way that they can. Address all fronts at once, n'est-ce pas?
You seem to have not realised that the mainstream media's reporting of Africa is very biased; while stories of famine and poverty are widely covered, the many positive aspects of Africa get very little, if any, coverage.
As someone who runs a software company in equatorial Africa, I can assure you that there would be demand for a system like this. While the coastal regions of Africa are increasingly well-connected (see EASSy cable, etc), there are still too few cables running inland and so large parts of the continent are still not well connected. However, there are significant numbers of wealthy individuals and organisations (trading and financial companies, large NGOs, etc) who would have the means to subscribe to such a satellite-based system and for whom the benefits would be great.
> Why provide computing and internet facilities to a areas where there are far more pressing matters to attend to?
Constantly handing out aid does not work. Africa will only pull itself out of poverty by building up its industry and trading internationally. In order to achieve that, improving the continent's infrastructure - including internet access - is vital.
I'm not suggesting that we deny anyone anything, I'm talking about priorities. And, after several years project managing in 0-16 Education I know all about the power of information.
$600m spent* on infrastructure (pump priming investments, healthcare, education, credible justice systems, peacekeeping forces and so on) will do more to benefit the regions in the long term than the opportunity to read spam. I'm not denying of course that information, however delivered, is a vital part of this.
Do you think Google is spending this money out of the goodness of it's own heart? Nope, it's an advertising company investing in a marketing infrastructure. The people in the areas concerned don't need targeted adverts or people who can paraphrase charity TV adverts; they need a stable and sustainable future.
* and I mean genuine expediture, not the padding of someones Swiss bank account
"Arming oneself with information can always improve your situation."
Unless of course you have an Arab militia with 40mm guns welded onto the back of pickup trucks running around after you, in which case an RPG-7 is a much better idea!
...Google does something shifty, and everyone says, "SEE! Google are bastards! Down with Google!" ...and Google planes to give away free internet access to the third world, and everyone says, "They must have some ulterior motive to take over the universe! BASTARDS!"
Is there anything Google could do to make Reg readers happy, aside from roll over and die, leaving the world to search with MSN and the rapidly-cooling corpse of Yahoo?
I suppose there's always ask.com.
I am wondering how the author came up with latency figures of 1/2 second for geostationary and 1/20th of a second for low earth orbit? A round trip to geostationary orbit (36,000 km) should take 1/4 second rather than the 1/2 second the author claims it would take for a one way trip. A round trip for a low earth orbit sat (200-2000KM) assuming it was overhead at the time and taking the high end of the orbit range of 2000 KM would require roughly 1/75th of a second rather than a twentieth.
If starvation is something we might like to mitigate, perhaps we ought to stop subsidizing food production in wealthy nations so third world people can actually earn a living growing food. BY law, when the US ships food aid around the world, it is mainly food grown in the US, subsidized by taxpayers. Perhaps if we paid third world farmers to produce food rather than force them out of business via subsidies for wealthy nation farmers, starvation might not be such an issue?
Malcolm, your calculations only hold if all 8500 objects orbit in the same plane and at the same altitude, which they don't. They're all over the place, hence the average spacing between objects is significantly wider than 5km. Which is just as well because 5km is hella close for the dude floating around in his space shuttle.
And GEO satellites' orbits also decay just like LEOs', which is why both classes have boosters to occasionally lift them when they have decayed too far. Eventually their fuel runs out, hopefully at the end of their design life, and they fall back to Earth. The special property of GEO satellites is just that they travel at the same angular velocity as the ground below, so they stay in the same relative position in the sky and you don't have to keep moving your antenna. They aren't immune to the effects of gravity. For that you will want to look up Lagrange points.
There is no need for PSTN or copper etc... the plan is to use 3G wireless connectivity for the users. With the instability in these regions investment in wired infrastructure is risky (the copper is worth more than many of these people could earn in 2 or 3 years). So these regions are rapidly adopting the latest wireless technologies (there's little in the way of legacy wired infrastructure to compete with) as a way of promoting economic development (Google et al understand this and figure that by investing now they will establish their brand in these regions so they extract larger profits later).
So while this sort of investment doesn't help these people immediately, it is the economic development that it enables that should hopefully help them in the longer term. Of course that's little comfort to those dying now from lack of food, clean drinking water or access to basic medical treatment.
OK, it's MEO, not LEO so that clears up the latency,
Secondly, it's a commercial operation so O3b and Google are not planning to offer free internet access in exchange for viewing some carefully selected messages. In any case it's mainly targeted at providing backhaul for contended Mobile access networks (GSM,HSPA+, LTE, WhyMAX whatever) not individual users.
Thirdly, it only covers upto 45 degrees N or S, so here in 'the frozen North' near Toronto I'm covered but you poor folks in the UK at 51 degrees N, sorry but it's BT / VM duopoly all the way!
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