Even if you have access to electricity and the Internet ,you still need a computer. If you are a student, you would probably want a laptop so you can use it in class and take it to wherever it is you study.

The barrier for children in developing countries to happen upon a laptop, electricity and Internet access all at once is pretty high. Generally food and medicine trump computing power.

Yes, it seems that even Moore’s Law really doesn’t do much in developing countries. An entry level laptop, according to Dell’s website, is around $500 not including shipping. In many parts of the world this is too much money for a child/family to afford.

But imagine if there was a way to get computers into the hands of more children. What would this do for the world’s developing nations and how would it help children? Imagine they would now be able to compute inexpensively and have access to the Internet and also speak for free with others.

This is a huge deal because in many parts of the world there aren’t telephones or even telephone lines. Many children don’t even understand the concept of the telephone. What if we could get them to access the web, allow them to compose documents, blog and talk for free? What an amazing world that would be. What an exciting place to live. What a more interconnected planet we would live on.

The laptop will be very durable, the color screen will shift to black and white for viewing in bright sunlight and the color of the laptops will be so distinctive that there will be a stigma to carrying one if you aren’t a student or teacher. This latter idea is meant to prevent theft of the devices.

The bargain-priced laptops will not only be used in third-world countries, but it is possible that 500,000 of them will be purchased for all high school and middle school students in Massachusetts. This could be the first state among many that decide to give these devices to all their students.

Each laptop will be equipped with WiFi and can form a mesh network allowing an ad-hoc network to be put together where laptops act as access points for other laptops. In theory, tremendous distances can be covered with broadband access with enough of these computers in close proximity.

Of course, the law of unintended consequences is always in play it seems, as the people at Inveneo have found their solution is extremely useful in the aftermath of hurricanes Katrina and Rita. So a technology that was originally developed to allow the under-served people in developing countries to communicate more effectively has morphed into an ideal way for people to communicate once essential telecommunications infrastructure has been destroyed.

Both the MIT-inspired laptop and the Inveneo solar- and bicycle-powered communications system were originally designed for use by the under-served people, and aid/medical/education organizations operating in remote areas. Both are aimed at helping the citizens of the world communicate more effectively. Interestingly, laptops enabled with mesh networking technology too will be infinitely useful in disaster scenarios where there may be no more effective way to communicate over long distances.