- Users valued SAM's emphasis on stress recognition and its non-coercive, intuitive, minimalist interface.
- Participants criticised insufficiently tailored stress tips and frustrating repeated login requirements.
- Future adaptations should carefully balance structure and support with the risk of inducing technostress and address diverse user needs.
Health Psychol Behav Med. 2026 Jul 7;14(1):2684373. doi: 10.1080/21642850.2026.2684373. eCollection 2026.
ABSTRACT
BACKGROUND: Autistic adults typically experience greater daily stress than their non-autistic counterparts, but professional mental health care is not always accessible or fitting. This qualitative study explored the user experiences of the Stress Autism Mate (SAM), a free co-created mobile application designed to reduce stress, among autistic adults not receiving mental health care.
METHODS: A total of 15 autistic users (8 satisfied, 7 dissatisfied; aged 27-70; 4 men, 10 women, 1 non-binary) were recruited through a prior SAM trial database and autism-related social media groups for semi-structured online interviews. Interview questions were informed by the User Experience Technology Acceptance Model (UX-TAM), whereas themes were developed inductively through thematic analysis.
RESULTS: Participants generally appreciated the SAM app’s focus on enhancing stress recognition and its non-coercive, intuitive, and minimalist interface. Nevertheless, they found the app’s stress tips insufficiently tailored to their context and the repeated login requirement frustrating. Satisfied users expressed a stronger need for stress-reducing support and greater trust in the app’s developers and its scientific foundations. Dissatisfied users perceived the app’s features as superficial and reported greater strain from attempting to adhere to its demands.
CONCLUSIONS: Despite the diverse user experiences, the findings highlight various avenues to improve the SAM app and similar standalone mHealth tools for autistic adults. Future adaptations should carefully balance the provision of structure and support with the risk of inducing technostress.
PMID:42428790 | PMC:PMC13348119 | DOI:10.1080/21642850.2026.2684373
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