Lull: Designing Crip Pacing Technologies for Rest

Energy limiting conditions (ELC), such as long COVID and ME/CFS, require the careful monitoring and pacing of activity and rest to avoid over-exertion. Commercially available fitness tracking technologies are currently being “misused” to manage these conditions. Based on co-design research with people with ELC, we conducted a research-through-design process to ideate upon what ELC pacing technologies could be. Our ongoing design process is informed by crip theories that highlight the social and political, rather than medical, aspects of disability and chronic conditions. In an attempt to offer non-medicalising pacing technologies, we explored integrating bronze casting as a jewelry making technique within the prototyping process. We also explore how we can present quantitative pacing data gathered from wearable sensors through felt vibrations on the body in a way that can be therapeutic and allow for the user to calibrate the quantitative data with their own felt sense of fatigue.

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Publication Details

Published
2025-07-04
DOI
https://doi.org/10.1145/3715336.3735419
Primary Topic
Innovative Human-Technology Interaction
Type
article
Field-Weighted Citation Impact
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article

Lull: Designing Crip Pacing Technologies for Rest

Irene Kaklopoulou, Harvey Bewley, Sarah Homewood, Nantia Koulidou et al.
Innovative Human-Technology Interaction
article

Lull: Designing Crip Pacing Technologies for Rest

Irene Kaklopoulou, Harvey Bewley, Sarah Homewood, Nantia Koulidou, Claudia A Hinkle
article en

Abstract

Energy limiting conditions (ELC), such as long COVID and ME/CFS, require the careful monitoring and pacing of activity and rest to avoid over-exertion. Commercially available fitness tracking technologies are currently being “misused” to manage these conditions. Based on co-design research with people with ELC, we conducted a research-through-design process to ideate upon what ELC pacing technologies could be. Our ongoing design process is informed by crip theories that highlight the social and political, rather than medical, aspects of disability and chronic conditions. In an attempt to offer non-medicalising pacing technologies, we explored integrating bronze casting as a jewelry making technique within the prototyping process. We also explore how we can present quantitative pacing data gathered from wearable sensors through felt vibrations on the body in a way that can be therapeutic and allow for the user to calibrate the quantitative data with their own felt sense of fatigue.

University of Copenhagen (DK), IT University of Copenhagen (DK), Umeå University (SE)
Openalex Percentile: Top 84%
Innovative Human-Technology Interaction
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