In a Norwegian nursing home, ten residents with severe dementia spent a year gathered around a screen the size of a wall—hurling balls at images projected on its surface, singing along to songs from their youth, and competing for high scores like people half their age. When the twelve-month experiment ended, the results were quietly striking: the residents reported higher happiness, staff documented markedly less anxiety and restlessness, and the one cognitive domain that resisted decline was the one that matters most inside an institution—social functioning. The study, published in the journal Ageing International by researcher Kristin Helen Roll of the University of South-Eastern Norway, is among the longest real-world evaluations yet of “welfare technology”—digital tools designed not merely to monitor frail older people, but to make their lives measurably better.

The backdrop to the trial is a problem geriatricians have documented for decades: profound, chronic inactivity. Research cited in the paper found that nursing home residents with dementia spend the majority of their waking hours—up to two-thirds of the day—engaged in no activity at all. In one survey of 107 residents, nearly 45 percent received little or no facility-based activity, while another 20 percent received activities poorly matched to their functional levels and interests. A Norwegian phenomenological study reached a similar conclusion: people with dementia were largely satisfied with life in Norwegian nursing homes, but described everyday life as boring. Clinicians have been blunter. Bettina Husebø, head of Norway’s Centre for Geriatrics and Nursing Home Medicine, has said that elderly people in nursing homes are “bored to death,” while a supervising physician told national broadcaster NRK that heavy consumption of antidepressants and tranquilizers in these facilities could have been different “if we had had greater access to activities.” Engagement in appropriate activities, previous research shows, is among the strongest levers for raising happiness and quality of life in this population.

The device at the center of the study, Touch & Play, is not simply an oversized tablet but a category of its own: a large, ruggedized interactive touch screen built to be touched, slapped, and even pelted with objects. The software running on it allows users to play games, follow training exercises, listen to music, watch films and television, read newspapers, and take part in competitions. Its designers built in both active and passive modes, so a resident can engage in physical movement—say, throwing a ball at an image of a winking person—or simply absorb cognitive stimulation by studying historical photographs or playing digital memory games. Crucially, the screen is large enough for several people to watch and participate simultaneously, turning a solitary device into a communal gathering point. Earlier evaluations of the same technology in Danish municipalities had hinted at benefits: better memory, greater well-being, and a calming effect on confused and wandering residents when soothing videos were displayed. The Norwegian team set out to test whether those indications would hold up over a full year of systematic observation.

The study adopted a quasi-experimental pre–post design—there was no control group, because random assignment was judged neither feasible nor ethical in such a vulnerable population—and embedded qualitative components throughout. Ten residents from two wards of a medium-sized municipal nursing home housing roughly sixty people took part: nine women and one man, aged 72 to 90 with an average age of 86, all carrying a medically confirmed diagnosis of dementia. Residents with acute illness, severe sensory impairments such as blindness or profound hearing loss, or an inability to provide assent were excluded. Before the screen was installed, and again one year later, staff administered a battery of standardized instruments. The IPLOS assessment, Norway’s national Individual-based Care and Support Statistics tool built on the World Health Organization’s International Classification of Functioning framework, rates sixteen functional variables plus vision and hearing on a scale from 1, fully functioning, to 5, fully dependent. The OBS-Dementia instrument tracks seven domains—orientation, memory, language and communication, perception and understanding, self-help, emotional functioning, and social functioning—across 24 indicators scored from 0, severely impaired, to 6, normal. Nursing staff also measured walking speed, grip strength, and the time needed to rise from and return to a chair, while semi-structured interviews with residents, relatives, and staff captured the subjective side of well-being.

Because every session was documented in a structured logbook—the date, time, duration, activity type, number of participants, and a four-point satisfaction rating—the researcher could dissect not only whether the screen worked, but under what conditions. The baseline data painted a familiar picture. Of the seven residents interviewed before the intervention, six described themselves as happy or very happy, yet 91 percent of employees believed residents were often or very often bored. Mornings were singled out as long and uneventful. “Due to other staff tasks, the residents may be left sitting alone in the living room for a while in the morning – then they fall asleep easily, which has a negative effect on their night’s sleep,” one employee reported. Another was blunter: “If there are no activities left to do, they sit in the living room and watch TV.”

Over the twelve-month intervention, 266 sessions were logged. In 40 percent of them, residents said they were satisfied; in another 34 percent, very satisfied. Only 1 percent flopped outright. Beneath the averages, clear patterns emerged. Timing mattered: two-thirds of all sessions took place in the late morning, and morning sessions were the most successful of the day. Length mattered less than expected—sessions ran anywhere from 2 to 180 minutes, with 88 percent falling between 30 and 60 minutes, and satisfaction peaked at 31 to 45 minutes, although a Spearman correlation analysis found no statistically significant association between duration and satisfaction, prompting the author to urge caution about cause and effect. Group size cut the other way: nearly half of all sessions were one-on-one with a staff member, and as groups grew larger, the share of satisfied participants fell steadily. Frequent attendees also tended to report greater satisfaction, though the researcher notes the causality could run in either direction—happier residents may simply come back for more.

What residents did on the screen mattered as much as how often. Sessions built around music and reminiscence—listening to familiar songs, singing together, watching well-known television programs, browsing historical photographs—were rated the most engaging of all. Competitive games, including the physical ones in which residents throw objects at targets on the screen, were repeatedly singled out as motivating. “The residents are still competitive, and competitions for the highest score are popular,” one staff member observed. The failures were equally instructive: cognitively or physically demanding activities such as “catching mice” or “swatting flies” on screen consistently underperformed, and staff distilled the lesson into a single line: “What they don’t master becomes boring.” Sessions containing an element of physical engagement—41 percent of the total—generally produced higher satisfaction. And linking the logbook to the dementia assessments revealed a final twist: residents with more advanced dementia were more likely to rate sessions “very satisfied,” while those with milder impairment more often settled for “satisfied”—suggesting the screen has something to offer across the spectrum of the disease.

After a year, self-reported happiness had shifted almost uniformly upward. Every participant reported feeling fairly happy, happy, or very happy; no one reported being unhappy. One resident who had described herself as not happy at baseline now reported feeling fairly happy; another climbed from happy to very happy; only one slipped, from very happy to happy. Relatives and staff corroborated the trend. Staff said residents “recognize the screen, and … associate it with something positive,” that it “encourages engagement in singing, and stimulates talking and laughter,” and that “increased physical activity creates a better social environment.” The technology also handed residents a measure of control they had never explicitly asked for but came to value: a more active role in choosing their own entertainment. And crucially for hard-pressed care budgets, the screen cost staff little. Most employees reported no increase in workload, and one reported a decrease—attributed to a fall in restlessness and challenging behavior. One cautionary note persisted, however: with advanced dementia, some residents occasionally failed to recognize the device at all, insisting they had never seen or used it before.

The harder question—whether the screen could slow the disease itself—yielded more equivocal results, and the researcher is careful to frame them as signals rather than proof. Dementia is progressive, so the purpose of the follow-up tests was not to look for improvement but to see whether decline was slower than expected. On the OBS-Dementia scale, the group’s mean score fell by 0.594 points over the year, with individual declines ranging from 0.19 to 0.97. Memory, orientation, and self-care deteriorated the most. But two domains defied the pattern. Emotional functioning declined only modestly, driven by reduced restlessness and disruptive behavior and a pronounced drop in anxiety—a finding that echoes the earlier Danish evaluations. The mood subcategory remained entirely stable, with equal numbers of residents improving and worsening. And social functioning improved outright, which staff attributed to increased participation in shared activities, greater initiative to socialize, and strengthened relationships between residents. When session counts were plotted against cognitive change, a weak negative correlation emerged: the more frequently a resident used the screen, the slower their measured decline—a tantalizing hint the study itself insists must be tested in far larger samples. Two participants even improved their grip strength; one of them was the facility’s single most enthusiastic screen user.

The author is candid about the study’s limits: ten residents, one nursing home, no control group, and an intervention whose frequency and content were never standardized into a fixed protocol. Early sessions also went partly unrecorded before logging routines settled in. Yet the findings land at a moment when governments are actively searching for exactly this kind of tool. Norway’s quality reform for older people, “A full life – all your life,” in force since 2019, explicitly frames everyday activity as a means of creating happiness and preventing disease, and one Norwegian analysis estimated that welfare technology could save the health sector up to 40,000 man-years—half of the projected shortfall in health personnel two decades from now. The study’s most practical message may be its simplest: the screen worked not by replacing human care but by extending it, adding moments of joy, competition, and song without adding work. Interactive technology, the paper concludes, is best understood as a complement to person-centered care, while newer tools incorporating artificial intelligence, virtual reality, and augmented reality await rigorous trials of their own.