Research center
established by:

KTH, Stockholm University and RISE
A person works on a craft project at a table covered with fabric pieces, Velcro strips, tape, and a hand-drawn diagram on paper. Bright pink and white materials are spread about.

Layering Trust in Intimate Digital Health Technologies

About the project

Objective
This project will produce a landmark, large-scale qualitative study of the first algorithmic contraceptive on the market. Natural Cycles offers an algorithmic contraceptive option to more than 700,000 users worldwide. This provides an excellent testbed for studying how trust is developed, experienced, and maintained between primary and secondary users as well as an algorithmic health service. Crucial insights will be gained into e.g. the mechanisms by which users choose to trust and continue trusting an algorithmic digital health technology, with a focus on psychological, contextual and interpersonal factors.

A table covered with art supplies, worksheets featuring human outlines, coloured markers, fabric, patterns, two glasses of water, and various creative tools, set up in a workspace with natural light.

Background
Algorithmic systems and Artificial Intelligence (AI) are poised to disrupt how we deliver and experience healthcare, providing new solutions to personal and public health issues. Trust has been identified as one key foundation for the success of digital health technologies. Mechanisms that promote trust are critical areas for research and innovation. Health interventions are often designed for use – and behaviour change – at an individual level. However, health choices, health behaviours, and critically trust in healthcare service providers are interpersonal and socially constructed. This calls for research on trust in health technologies engaging with the wider social context of ‘use’ when examining how trust is developed and maintained.

Two people work at a table covered with pink and white fabric, sewing materials, and markers. One person’s hands hold a black strip on a white shirt. A flowchart is drawn on a sheet of paper.

Crossdisciplinary collaboration
The researchers in the team represent the School of Electrical Engineering & Computer Science, KTH, and the Department of Computer and Systems Sciences (DSV), Stockholm University.

Contacts