Agriculture
May 23, 2024
Updated on June 19, 2024
·Created on July 20, 2017
Software solution that can be implemented in a small, low-cost device to provide essential Internet resources without any Internet connection
Internet-in-a-Box is software solution that can be implemented in a small, low-cost device to provide essential Internet resources without any Internet connection. It provides a local copy of a terabyte of the world’s Free information. It includes Wikipedia in 37 languages, a library of 40,000 e-books, most of the world’s open source software and source code, hundreds of hours of instructional videos, and world-wide mapping down to street level.
There are ongoing trial deployments in more than a dozen countries. This Open Source project is being developed by volunteers in southern California and around the world, and are currently seeking schools and communities worldwide who would benefit from this work.
Target SDGs
SDG 9: Industry, Innovation and Infrastructure
SDG 8: Decent Work and Economic Growth
Target Users (Target Impact Group)
Community
Distributors / Implementing Organizations
Implementing organizations include several orphanages and schools in Haiti to a youth community in Malaysia, to villages in Northern India, to a girls science school in Rwanda, to rural communities and libraries across southwest Ghana, and more broad Central American deployments like Nicaragua, Costa Rica and 6 schools in the Dominican Republic beginning late 2015.
Manufacturing/Building Method
Internet-in-a-Box is free and open source software that runs on many different hardware platforms recommended in their FAQ site. Some of the suitable hardware are: Raspberry Pi 3 and the Raspberry Pi Zero W ($10 + parts): able to serve 32 students simultaneously, with built-in Wi-Fi. Provider strongly recommends the RPi 3, for DIY implementers building their 1st digital library to serve a classroom. For smaller kiosk scenarios serving just a few people consider the RPi Zero W. Refurbished "Windows" Laptops: Quality donated laptops can work well to install Internet-in-a-Box. External Wi-Fi router is usually required, making installation more complex than RPi and Mini PCs (whose internal Wi-Fi is generally capable of AP mode, so an external Wi-Fi router is not required in many/most spaces) Intel NUC: classic/desktop PCs are not recommended, as they consume far too much electricity. Low-power Mini PCs (such as the Intel NUC) have proven very effective as servers. Other Mini PC: MSI units, Zotac, Gigabyte BRIX (e.g. GB-BSI3H-6100).
Intellectural Property Type
Open-source
User Provision Model
Code is available for download in their GitHub site.
Distributions to Date Status
This product has been deployed in more than a dozen countries since 2014.
Type of service
Provides content and information for off-grid networks.
Telecommunication service required
Any connectivity technology that allow end-user to access server which contains data.
Fixed network connection required (Y/N)
No.
Additional device required
Internet-in-a-box is a software solution. To be deployed it requires a server in which it will be installed, a network through which server can be accessed and devices for end users to access content located in server.
Two way communication (Y/N)
N/A
Battery life (hours)
Yes.
Network capacity
N/A
Power requirements
Power requirements will depend on selected hardware applied to install solution.
Average packet loss
N/A
Application
Education.
Design Specifications
Internet-in-a-Box is a community-based project developed and supported by volunteers around the world. According to their GitHub site, language employed in development include JavaScript, Shell, Python and Makefile
Technical Support
There is a wiki site with technical support and other materials for anyone interested in the solution.
Replacement Components
N/A
Lifecycle
N/A
Manufacturer Specified Performance Parameters
N/A
Vetted Performance Status
The solution has been deployed in more than a dozen countries since 2014 but no relevant third party analysis is available but Don Watkins article.
Safety
N/A
Complementary Technical Systems
It is required to purchase simple hardware to run the solution in a certain location. Price for all required equipment range from US$70 to US$250. This solution does not include network infrastructure to access data and content within Internet-in-a-box solution nor end user terminals, which need to be available prior to deployment.
Academic Research and References
“Distributors/implementing organizations – OlpcMAP.Net.” n.d. Appspot.Com. Accessed June 19, 2024. http://mapmeld.appspot.com/olpcMAPolpc
Kang, T. K. n.d. “Olpc BaseCamp @ Malacca 2013 Nov 16 – 18.” Blogspot.Com. Accessed June 19, 2024. http://olpcbasecamp.blogspot.com/
“Distributors/implementing organizations – Gashora Girls Academy of Science & Technology.” n.d. Gashora Girls Academy of Science & Technology. Accessed June 19, 2024. https://www.ggast.org
“Distributors/implementing organizations – Ghana Together News Updates.” n.d. Blogspot.Com. Accessed June 19, 2024. https://ghanatogether.blogspot.com/
German. n.d. Xsce: Xsce Code Base. Accessed June 19, 2024. https://github.com/germanrs/xsce
“Goal 9.” n.d. Sdgs.Un.Org. Accessed June 19, 2024. https://sdgs.un.org/goals/goal9
“IIAB/FAQ.” n.d. Laptop.Org. Accessed June 19, 2024. https://wiki.laptop.org/go/IIAB/FAQ
Internet-in-a-Box. n.d. Accessed June 19, 2024. https://github.com/iiab
Home. n.d. Accessed June 19, 2024. https://github.com/iiab/iiab/wiki
Watkins, Don. n.d. “How to Create an Internet-in-a-Box on a Raspberry Pi.” Opensource.Com. Accessed June 19, 2024. https://opensource.com/article/17/5/internet-in-a-box-raspberry-pi
Compliance with regulations
Yes. All content available in Internet-in-a-box is open source and can be freely share everywhere.
Evaluation methods
For verification of proper hardware and software installation, an operation test on connectivity and data accessibility must be performed.
Other Information
None.
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