Therefore, it can provide rich internet content, regardless of your location or access to a high-speed internet connection. Internet-in-a-Box can be configured, set up, and operated without a connection to the internet because all its content resides on a microSD card. While most of us take ubiquitous broadband for granted, this isn't the case in much of the developing world. I learned of the project while attending LinuxConNA last summer in Toronto, where I first met Adam. From there it was forked in 2012 into the School Server Community Edition project, and now it is called Internet-in-a-Box. Adam said this wonderful initiative began with One Laptop per Child at MIT. I recently had a chance to visit with developers Adam Holt and Tim Moody about the project. Its hardware requirements are very modest-a Raspberry Pi 3, a 64GB microSD card, and a power supply-but it provides access to a wealth of educational resources, even to students without internet access in the most remote areas of the world. Learn about this inexpensive device for students with restricted internet access and people in remote areas of the world not served by broadband.ĭon WatkinsIf you're a homeschool parent or a teacher with a limited budget, Internet-in-a-Box might be just what you've been looking for.
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