How will the public respond to in-vehicle fatigue detection technology?

Fatigue detection technology (FDT) uses physiological, behavioural and/or performance data to detect and mitigate fatigue-related risks, typically in drivers. As an emerging technology, its application has tended to concentrate on the organisational and industrial context of professional driving. However, FDT is evolving towards general consumer vehicle integration, and understanding how the public may react to it is important for identifying potential issues and ensuring its design enhances road safety in both concept and practice. Six semi-structured focus groups were conducted with Australian road users (n = 23) to understand factors impacting FDT acceptance and uptake, in addition to identifying potential implications for policy and practice. Thematic analysis identified a total of 10 factors across the individual and broader system levels. Findings suggest that the public has ambivalence towards FDT, holding strong positive and negative views. While firm beliefs were held about the potential safety benefits of FDT, individual-level challenges associated with data privacy, the everyday user experience, and accuracy of the technology were identified. Moreover, system-level factors, such as the regulatory landscape and built environment were seen as potentially impacting acceptance and uptake. Notably, many of the beliefs held may not wholly reflect the capabilities of the technology or regulatory practices. Regulatory agencies may need to consider public education about the usage and capabilities of FDT for it to be accepted by consumers, in addition to establishing clear guidance and regulation around use. • Fatigue detection technology (FDT) is increasingly prevalent in private vehicles • Australian road users hold ambivalent views about FDT • Strong positive beliefs are held about the potential safety benefits of FDT • Concerns are held regarding data privacy, user experience, and technical accuracy • System-level factors may impact uptake, including regulation and legal implications