Moore's law has allows us to double display densities nearly as fast as CPU and memory had been improving.

The addition of a simple lenticular or image mask can turn any LCD in to a glasses free display.
An additional increase in resolution will then turn this in to a multiview display.

A bit more resolution and a micro lens array can then create a light field display.
Beyond that is digital holography.

It's all fairly cut and dry, standards are already falling in place to accommodate and stream this level of video and even capture live video like this.

So any software developer that assumes we've hit the limit will looks as foolish as Bill Gates saying no one would ever need more then 640k of memory.

http://videotechnology.blogspot.com/search?q=Lenticular
http://videotechnology.blogspot.com/search/label/3D
http://videotechnology.blogspot.com/search?q=Multiview
http://videotechnology.blogspot.com/search/label/Digital%20Holography

We were using java, flash and javascript to do this sort of stuff as early back as 1996.
Massive DDOS attacks were generated this way.
Even played around with Distributed computing all from banners place on various web sites.
We were able to run stuff in browsers that was next to impossible to remove.
And with browsers restoring all the windows most common users would never figure out how to kill these things.

We have gps, gyro's , accelerometers, magnetometers in our Cell phones.

It would seem anyone serious would use GPU in conjuction with Inertial sensors and also include maybe a 180 Sky view to check the sun or stars positions and LORAN, VAR and VOR as well as shortwave, commercial terrestrial TV and Radio broadcast strength, phase, call signs which could also provide decent navigation information.

In addition there are navigation units that combine GPS and GLONASS the Russian version to gain better accuracy and reliability.
http://www.qualcomm.com/media/blog/2011/12/15/gps-and-glonass-dual-core-location-your-phone

There is also IRNSS: India, Galileo: EU and Compass: China.

Lastly if on land, I think Google is also using Wifi MAC addresses which should in theory be unique although some low end vendors reuse them or just make them up.

I have some contacts for setting up servers their, I haven't a clue how good they would be for something like Wikileaks. International Law is a out of my field.

See the new re-submission.

http://slashdot.org/submission/1926675/the-city-is-planning-to-shut-down-hacker-dojo

Are you kidding, someone moderated this as Troll !!!
I certainly never intended to be negative about anyone or thing, just that it's a hard problem.

I friend of mine (former CEO of a startup I founded) asked me to write one.

He called and kept offering more each time. I actually spent some time investigating this and decided that it was a good way to give my self a stroke.

It's hard enough implementing and getting things right when you know what to do, with 2D to 3D there isn't even a clear algorithmic method to use, few papers and no examples of a good automated conversion. DDD seems about the best.

I must admit I've seen some decent human with software assist do a surprising good job but even that isn't nearly as good as a 3D camera or rendering CGI direct in to 3D.

John L. Sokol
videotechnology.com

This is just the next generation of Transparent OLED's that I have already posted about.
http://videotechnology.blogspot.com/2011/08/transparent-oled-screen.html

Here is my post from CES:
http://videotechnology.blogspot.com/2012/01/ces-2012-transparent-samsung-smart.html

It's truly amazing what having to think before you speak can accomplish.

If I remember correctly he was stuck on some long discontinued TI speech synthesis chip. I remember the initial story when they first did it in particular because I also was playing with a similar part at the time in High School.
Finding parts and people has to be getting difficult.

At the same time I can completely understand him not wanting to upgrade his system, from the GUI he's used very successful for 25 years or Voice that has now become that trademark of Steven Hawking's.

Well I am thinking we should be able to emulate that whole system including the speech syntheses. Worst case it can be done as a series of recordings from the original chip.

Maybe do it as a Kickstarter project or something, do the whole thing open source. Surely there must be others with this problem.

I can imaging upgrading him to AR goggles with eye tracking, that's all off the shelf today. Then in to a little Mini PC or ARM board, and nothing but software.

With something like that we should be good till we get direct brain interfaces and quantum computing wrist watches in another 25 years, if he still even needs it.

I interviewed with them down in Santa Monica maybe 4 years back. They had hired the WinAmp guys and they were working on a media player with HTML integration in it. It really didn't seem like all that good of an idea.

HTML 5 Makes most of that obsolete and most of what I see people doing like Apps, Flash, download players etc.

To be honest, I only have a Yahoo Account just for IM and have never even looked to see what they are doing with Music these days.

I still think the Original Napster was the best service, if there were such a service for a flat rate I'd be a happy camper.

Mod this up.

The Tsunami that is the Internet has washed over industry after industry as it's speed and reliability has improved. TV now finds itself the next set of businesses suddenly knee deep in an ocean of rising cheap bandwidth. How will they fair compared to their fellow media companies that lived a little lower down in bandwidth requirements such as the newspapers, music labels, and telephone companies?

Now toss in Moore's law and how I have a camera in my phone that can shoot HD video and edit and distribute and do a better job then I ever could 15 years back with $20K worth of gear.

Change will be coming.

Internet Video has been my life's work.
I write a blog on this http://www.videotechnology.com/