Technological affordances, low-power AI, and climate justice among the Ogiek in Kenya’s Mau forest

In regions with unreliable electricity and limited Internet access, low- power AI tools offer scalable solutions for low-bandwidth environments. In Kenya’s Mau Forest, AI-generated SMS messages on low-power feature phones offer possibilities for advancing climate justice for Ogiek Indigenous people. Through interviews, focus group discussions, and direct observation, the study examined how low-power AI SMS systems can be integrated with Indigenous Knowledge to enhance land rights, food security, and climate resilience. While challenges such as electricity, Internet connectivity, and cost of airtime persist, the key drivers for adoption emerged as community trust in co-designed low-power tools, alongside their usability. The study demonstrates the affordances of co- designed, low-power tech in mediating user priorities and underscores data sovereignty as a fundamental expression of indigeneity in reclaiming agency over their digital futures.

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Publication Details

Journal
New Media & Society
Published
2026-01-26
DOI
https://doi.org/10.1177/14614448251413711
Primary Topic
ICT in Developing Communities
Type
article
Field-Weighted Citation Impact
0.00
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article

Technological affordances, low-power AI, and climate justice among the Ogiek in Kenya’s Mau forest

Autumn Edwards, L. Lusike Mukhongo, Winston Mano, Cynthia Klekar Cunningham et al.
New Media & Society
ICT in Developing Communities
article

Technological affordances, low-power AI, and climate justice among the Ogiek in Kenya’s Mau forest

Autumn Edwards, L. Lusike Mukhongo, Winston Mano, Cynthia Klekar Cunningham, Habeeb Abdulrauf, Chad Edwards, Abdullah Mohaimen
article en

Abstract

In regions with unreliable electricity and limited Internet access, low- power AI tools offer scalable solutions for low-bandwidth environments. In Kenya’s Mau Forest, AI-generated SMS messages on low-power feature phones offer possibilities for advancing climate justice for Ogiek Indigenous people. Through interviews, focus group discussions, and direct observation, the study examined how low-power AI SMS systems can be integrated with Indigenous Knowledge to enhance land rights, food security, and climate resilience. While challenges such as electricity, Internet connectivity, and cost of airtime persist, the key drivers for adoption emerged as community trust in co-designed low-power tools, alongside their usability. The study demonstrates the affordances of co- designed, low-power tech in mediating user priorities and underscores data sovereignty as a fundamental expression of indigeneity in reclaiming agency over their digital futures.

New Media & Society
Western Michigan University (US), University of Westminster (GB)
Climate action
Openalex Percentile: Top 84%
ICT in Developing Communities
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