Miguel didn't dive deep into cost calculations during his TEDxBuenosAires talk, but this seems like awfully low numbers. I am curious to see how they are controlling the costs - perhaps Internet access is affordable due to a competitive marketplace (wish we had one of those in the States) or existing subsidies for educational access. Do these costs include Ministry-level overhead and teacher training, or have those been rolled into existing budgets? I wonder not so much as a criticism of their cost calculations - clearly CEIBAL is a shining star in both OLPC distributions and educational technology projects - but rather as a best-practices interest.
This also sounds curiously similar to early stages of import-replacing industrialization, where with domestic reverse-engineering of imported technologies in support of increasing support, repair, and eventually production and innovation of the technology. Oh wait, we're already seeing innovation:
"In any cluster of mobile phone shops you find someone who offers repair services. This typically starts out as people fixing displays and speakers, which tend to break first. People then come asking if other things can be fixed, and over time there’s an increased awareness of how to fix different models. Nokia tends to be the dominant player in those markets, so people tend to know how to fix them, right down to soldering bits of the circuit board. It’s from those repair services that a street-hacker culture originates. "
"However the demand is there, and we’ve seen street services that offer to take two physical sim cards, and re-engineer the circuitry to fit into one sim card slot – effectively allowing multiple phone numbers on one device. You could argue that the cutting edge of mobile technology and use is happening on the streets of places like Accra, rather than Tokyo or San Francisco. "
investment? Perhaps the ideas that come out of this can fix that. In case you don't follow the Whitehouse blog
I guess I shouldn't be too terribly surprised?