Connected, but Where? Education, Functional Difficulty, and Digital Mobility In Later Life

Background and Purpose: Digital inequality in later life is often framed as a divide between having internet access and lacking it. However, access also differs by where people are able to connect across environments, including home and community settings. This distinction matters because flexible connectivity can shape access to services, information, social participation, and community engagement. In later life, digital mobility may be influenced by both functional difficulty and educational attainment. Functional difficulty may constrain mobility and shift internet use toward the home, while education may support broader digital engagement through greater familiarity with technology, material resources, and opportunities for use across settings. Yet the benefits of education may narrow at older ages. This study examined how functional difficulty, education, and age are associated with patterns of internet access among U.S. adults aged 50 and older.

Methods: Data were drawn from the Current Population Survey Internet Use Supplement, using a nationally representative sample of 32,837 adults aged 50 and older. Internet access was categorized into three contexts: home-only access, hybrid access across home and outside settings, and outside-only access. Survey-weighted multinomial logistic regression models were estimated to examine whether functional difficulty and educational attainment were associated with internet access context, adjusting for sociodemographic factors. Interaction terms were used to test whether educational differences in access context varied across age.

Results: Those with functional difficulty was significantly more likely to have home-only internet access rather than outside-only (relative risk ratio (RRR) = 1.596, 95% CI [1.353, 1.883], p < .001), suggesting a more constrained pattern of connectivity centered at home. Functional difficulty was not significantly associated with hybrid access rather than outside-only access (RRR = 0.906, 95% CI [0.771, 1.065], p = .233). Compared with people with less than a high school education, those with some college or an associate’s degree (RRR = 2.87, p < .001) and those with a bachelor’s degree or above (RRR = 4.31, p < .001) were more likely to report hybrid access rather than outside-only access. However, the positive association between education and hybrid access weakened with age. This pattern was statistically significant for high school education (RRR = 0.951, p = .017), some college or an associate’s degree (RRR = 0.956, p = .037), and a bachelor’s degree or above (RRR = 0.955, p = .031).

Conclusions and Implications: Findings suggest that digital inequality in later life reflects more than whether older adults are connected. It also reflects whether they can sustain flexible connectivity across settings that support everyday functioning, service access, and social participation. Functional difficulty appears to shift connectivity toward the home, while educational advantage supports broader digital mobility, although that advantage weakens with age. For social work, these findings point to the need to move beyond binary measures of internet access and treat digital inclusion as an issue of mobility, accessibility, and equity. Interventions aimed at reducing later-life digital exclusion should address disability-related barriers, community-based access beyond the home, and the reduced benefit of education for digital connectivity at older ages.