First of all, size. I mean the iPhone looks great (why they left 3G out of the first one is a mystery), it performs great, but personally, I have about as much use for it as my old Nokia 3310. Whatever people say, I can’t browse the web properly on a monitor the size of my palm. Sure, some apps are great, like Remember the Milk and whatnot, but I have no chance of working from an iPhone, the only thing it can be used for efficiently is some light browsing and movie playing on the go. For me the iPhone is an extremely cool phone, but just a phone.

Laptops have been getting smaller and smaller as well, with the new mini Notebooks. However, these aren’t really powerful, and the monitor is again, very small. I can’t help but look upon these notebooks as travel accessories, better they steal my $350 EEE PC, than my $1,500 Thinkpad. Don’t get me wrong, these notebooks are great as well, but they don’t serve such a general purpose as their bigger brothers.

So where is the industry going to go? People like me who work on their laptops and need at least 12″ – 14″ will be left wanting for a while. Short of wiring the thing into my brain (I’d love to type with my thoughts) I think the “easiest” way things will become smaller is they will be foldable. They’ve already made some advances, sheet thin monitors you can roll up and so on. I mean 50% or my laptop is the monitor, the other 30% is the keyboard. I’ve already seen projected keyboards, coupled with a foldable monitor you could put the thing in your coat pocket.

My other question is, how fast can the internet get? There is only such a speed at which speed actually matters. After internet bandwidth (and laptop speed) surpass human perception speeds the bandwidth won’t matter for the average user. However where will they take this next? Will we be using the internet to transport objects Start Trek style? Will we have holo-projectors instead of webcams? In the end you wouldn’t need a laptop, you can project the image of one (as small or as big as you want) and coupled with motion sensors, use it without it actually being there.

Also, where will Google be in 20 years? Will Sergey Brin and Larry Page be sitting on Mars in a throne dedicated to their wisdom? I doubt it, but how far can they expand? It seems like whatever they touch turns to gold, 90% of all their products are awesome, surpass any other commercial producer, and they give us all these things for free. Will they keep their position as the rulers of the search engine market, will someone come up with something better? With microtagging and web semantics building up, I think they just might face some opposition, although I think they’re working on their stuff all the time, and they don’t seem to be afraid of change, so they’ll be tough to crack.

What do you think about all this? In 20 years will I be typing on the head of a needle and looking at a monitor the size of my left kidney cell? Will I be teleporting out of an internet connection near you? And finally, will I be paying my bills to the all-ruling Google?

Some even have the ability to recharge electricity automatically and order a variety of foods using a local information network.

The price of the robots is cheap, mainly due to the fact that most processes are directed from the outside using wireless connections to communicate with the robot whose sensing and processing functions are maintained by a web connection.

“Like downloading a variety of software to personal computers via the broadband pipeline, most sensing and processing programs will be downloaded to URC robots, said Oh Sang-rok, MIC project manager who is in charge of the URC scheme.

Update: It is now six years after the initial announcement that every South-Korean household will have their own robot in 2020. And while it is still to early to tell if the projection will become reality, it is rather unlikely that it will come true. With eight years to go, and no real robots in sight right now, it is more likely that analysts will have to recalculate the projection to take into account the new parameters.

Eight years is on the other hand a long time, and with technology advancing at a rapid pace it is likely that first generation robots may be released in that time. That is, if you do not count cleaning robots that are already available to the first generation.

It is still a long way to go from cleaning robots to robots that offer a bigger functionality.

Here are videos that have been posted recently on YouTube that demonstrate today’s robotics technology.