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Development and validation of The CyberAbility Scale: a screening tool of cyberscam risk for people with and without acquired brain injury

Jao-Yue Carminati ; Joshua F. Wiley ; Jennie L. Ponsford ; Kate Rachel Gould (2025) — Disability and Rehabilitation

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Synopsis

The CyberAbility Scale was developed to screen cyberscam risk for adults with and without acquired brain injury (ABI). The study describes the purpose as filling a gap in existing measures by creating a tool that captures a range of psychosocial, cognitive, and behavioral factors linked to online vulnerability, including experiences, knowledge, social support, and online engagement. The measure originated from a combination of prior scales and domain-informed items, then underwent qualitative refinement and quantitative validation with ABI and non-ABI groups. In the final validation, 24 items were retained and arranged into a four-factor structure: Past Scam Experience, Scam Knowledge, Trusted Supports, and Seeking Connection Online, alongside the ability to identify scams. The sample included participants with ABI (n = 149) and without ABI (n = 153). The authors report evidence of appropriate model fit, internal consistency, test–retest reliability, and concurrent and construct validity for the scale. They conclude that The CyberAbility Scale is a brief, valid screening tool for online vulnerability and can be used by people with ABI, clinicians, and researchers to identify areas of cyberscam risk and to guide safety interventions. The article also discusses implications for rehabilitation, noting the scale’s potential utility in screening, informing supports, and monitoring cybersafety education, while recognizing the need for ongoing assessment in both ABI and general populations.

Identified Gaps

Comprehensive, valid measures of cyberscam risk are lacking, particularly for people with acquired brain injury (ABI). Existing measures emphasize financial decision-making or telephone scams and do not capture the broader psychosocial, cognitive, and behavioral factors relevant to online scams. The suitability of the CyberAbility Scale for populations beyond ABI and English-speaking Australian and New Zealand participants remains unestablished.

Methods

This Australian/New Zealand psychometric validation study recruited 149 adults with ABI and 153 adults without ABI. Participants completed a preliminary CyberAbility Scale, scam-experience and technology-use questions, and the Susceptibility to Scams Scale; most repeated the CyberAbility Scale about two weeks later. Researchers used item analyses, exploratory factor analysis, confirmatory and multiple-group confirmatory factor analyses, reliability testing, concurrent and construct validity analyses, and ROC analysis to refine the instrument.

Limitations

The sample was relatively highly educated and technologically active, and online recruitment may have excluded people needing face-to-face assistance or with greater cognitive, communication, or technology-literacy support needs. Self-reported prior scam experience may be affected by limited awareness and reduces complex, variable scam experiences to a binary measure. Exploratory and confirmatory factor analyses were conducted in the same sample. Findings may not generalize beyond English-fluent participants in Australia and New Zealand.

Future Work

Future studies should confirm the factor structure in an independent ABI sample and validate the scale in other disability, cultural, and linguistic groups. The authors are conducting research on associations between scale scores and demographic, injury, technology-use, psychosocial, and cognitive factors, as well as a one-year longitudinal study of predictive validity. Further work should refine culturally and linguistically appropriate versions.

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