Background: Agenda 2030
The United Nations have established the Sustainable Development Goals (SDGs), addressing 17 goals with a total of 169 targets. Given the ongoing development, it is obvious that development need digital inclusion, and the transformation towards digital societies.
Basis for digital societies is information for all, and the digital access. Given that roughly 4 billion people (status 2016) are not connected to the Internet, the first focus is ‘Goal 9 on sustainable industrialization and foster innovation. We see that target 9.C Significantly increase access to information and communications technology and strive to provide universal and affordable access to the Internet in least developed countries by 2020 is directly addressed through the InfoInternet standard on free access to information for all.
My colleagues and I, at the Basic Internet Foundation, invited 9 partners for the DigI activity “Non-discriminating access for digital inclusion”, with the goal of piloting digital health in Tanzania (TZ) and the digital ecosystem in Congo (DRC). The Research Council of Norway and the Ministry of Foreign Affairs are supporting this pilot.
As part of the activities, the consortium has established a pilot installation of a village hot-spot for digital health, and is now planning the Connectivity of the 4 pilot villages in TZ and the villages Kano and Palu in DRC. During the pilot, we identified the need for cost-effective infrastructures in the villages. Regarding connectivity, we have standardised on cost-effective equipment from Mikrotik and Witelcom.
However, we have seen the need for a village server and an IoT gateway. We envision student work or hackathons to establish the infrastructure for sustainable development.
We currently discuss a “village platform” as the digital hub for the remote villages. Goal of this hackathon would be to establish a low-power community server for a village of 2.000 – 10.000 people. Given the costs of communication and electricity, we envisage:
- a low-power (<50W) platform for storage of local video information
- PoE or solar-powered operation
- server for local community content
- social network platform for the village society
- cache server for network content
- low-cost server
Hackathon: IoT home platform
Goal of this hackathon or student work is to establish a low-cost IoT gateway, first of all controlling the power from the solar panel, charging of battery, and priority of attached devices. Current low-cost solar regulators have no Internet connectivity, thus remote configuration and assistance is not possible.
The goal of the implementation would include:
- a solar charge regulator for panels up to 1000 W
- communication interface, typically Ethernet or Wifi based
- controlling of produced energy, consumed energy (e.g. USB), batteri status
- interface towards IoT devices, e.g. controlling other IoT devices
Both hackathons are done in collaboration with industry (Eye Networks, Witelcom, IPXextenso), the Partners of Partners of DigI, and the University of Oslo.
Goal of this hackathon is showcasing the talents of women and girls in coding and software development, and encouraging them to become involved in the world of technology through the creation of solutions using technology. This hackathon is expected to attract women in Africa who are already in a technology-related field, and who are helping other women. The goals of this hackathon are:
- coming up with solutions affecting societal problems and women today in Africa. Solutions such as: inclusive and equitable quality education and promote lifelong learning opportunities for all (SDG 4), including girls development, women’s health, and assisting rural women to upskill.
- one day “Digital media literacy” workshops on the following topics: 1) Bridging the gender divide on the internet, 2) How to use social media to address digital inequality, 3) education and leadership for girls and women.
- helping women and girls in science.
If you have an idea on whom to include, how to involve, please help and contact me or Prof. Josef Noll, Department of Technology Systems (ITS), University of Oslo