How about Opera unite ( http://unite.opera.com/ ) ? One of the unite application allows you to stream videos and could be suitably extended to do more.

Also: "India is likely to share its nuclear technology with Sri Lanka for power generation using Thorium as the main source of energy, Science and Technology Minister Tissa Vitharana said Friday. The Daily Mirror newspaper quoted Professor Vitharana as saying India is prepared to support Sri Lanka with setting up a nuclear power plant and that he had requested IAEA support for the project. Professor Vitharana also told the paper he had invited Indian nuclear scientists to conduct a feasibility study on the use of Thorium deposits – said to be found in abundance along Sri Lanka’s southern costal belt – as a source of nuclear energy for power generation." ~ http://www.nuclearcounterfeit.com/?p=1248

As mentioned by other /.ters india has been working on nuclear reactors using thorium fuel for quite some time.

"India is estimated to have a reserve of 2.25 lakh tonnes of Thorium, with an electricity generation potential of 1,55,000 gig watt-years, against just 61,000 tonnes of uranium, with an electricity generation potential of up to 42,000 gig watt-years only. The use of thorium for power generation had been a dream of the country's nuclear scientists as it would help make the nuclear programme all the more autonomous." ~ http://www.hindu.com/2007/01/05/stories/2007010511500100.htm

Among other things, nuclear scientists in India also believe that nuclear power will be the "primary source of power for the future":

"Right now we are talking of nuclear power as an electricity source, and it will be an important electricity source for a long time to come. Very soon we will reach a situation where the energy source, such as oil and gas, will be in short supply. As our energy use grows, we will have to tap all our energy resources such as hydro, coal, oil and gas. It looks to me that there will be a stress on all these sources.

Our nuclear energy sources, particularly from thorium, are vast. Our technology focus at the moment is how to generate electricity from thorium. What about a point of time when the general energy sources are stretched? The question then is from where will we get the energy for transportation? From where will we get the energy for industrial processes? Just as we get crude oil, and refine it into energy products such as petrol, diesel, kerosene, naphtha, etc., I think the day is not far off when we will have to look at nuclear energy as the primary energy source.

So the question is, using nuclear energy can you produce hydrogen? Or can you facilitate pyro-chemical or pyro-metallurgical processes. In all these, the important thing is the temperature at which the energy is available. In the PHWRs, you get energy at 300C, and in the FBR at 500C. But for other applications - energy conversion applications - you require energy at 1000C. This is a technology development challenge and this is something we have begun doing (Compact High Temperature Reactor) so that in the years to come, we can look at nuclear energy as a primary energy source.

So, the first thrust area is to increase the share of nuclear power in the electricity generated. The second is to expand the source of nuclear power as the primary energy source. The third is what we can do in the area of agriculture. Thanks to the Green Revolution, we are better placed in agricultural output. Even so, oilseeds and pulses are areas that require more attention. That is where the strong point of BARC is - the mutant seeds developed in BARC. It is more focussed on oilseeds and pulses." ~ http://www.thehindu.com/fline/fl2104/stories/20040227003810000.htm

Now only if they could have found the footprints too!