This one came in before the one this morning:
Hello,
My name is Samir Raiyani and I am a Senior Scientist at SAP Research in Palo Alto. I really liked your article on Slate about Negroponte’s $100 computer idea. I had written exactly along the same lines on my blog – even pointing to the silly Simputer idea. My angle was slightly different and would love to hear your thoughts.
Thanks,
Samir
> Samir,
>
> Thanks so much for your kind words.
>
> Your blog entry makes sense to me. There’s a bunch of other reasons besides the ones you and I mentioned that I don’t think this project will work. I hope I’m wrong, but it just seems like it’s being poorly executed.
>
> What do you think of Inveneo?
>
> Can I quote your email on my blog?
>
> -C
Hello,
Thank you for your email. I was not aware of Inveneo; it sounds like a good concept and I’ll run it by some of my colleagues who are training teachers and helping set up elearning software in South African schools (Africa Drive Project).
I was there earlier this year and I felt that the cost of computers was not a problem. Rather, the issues seemed to be lack of cheap connectivity, unreliable power supply and software complexity.
- Power supply problems affect lights, medical equipment etc., not just computers. So solar power, inverters, pedal power etc are all potential solutions.
- The software complexity problem is not impossible to solve and a number of efforts are on to fix that issue.
- The cellular/GPRS network works quite well now all across the urban Third World (not so well in rural areas), but it’s still a bit expensive. WiFi networks reduce dependence on cellular networks, but they won’t be cheap to set up in Africa or rural India, and backhaul problems remain.
Overall, it seems that cheaper networks are a much bigger challenge than cheaper computers… Some math:
- Computers: To run a school with 500 students, with a ratio of 1 computer for 8 students (best schools in India boast that type of ratio). Let’s say the computer’s lifespan is 5 years, and cost is 250 dollars. Approximate cost – 3000 dollars per year.
- Connectivity: The cheapest 256 kbps connectivity costs $20-50 per month in the wealthy neighborhoods of urban India. Even at $200 per year, the cost comes to $12500 per year for the same computer ratio as above for 500 students!
Please feel free to post my emails on your blog. I hope you won’t mind me doing the same.
Thanks!
Samir