SANTA FE, N.M. – A groundbreaking digital tool, myAccessibleHome, is emerging as a vital solution to address the growing need for home modifications that support aging adults and individuals with disabilities. Developed by a dedicated team of researchers, the app employs artificial intelligence to empower occupational therapists to conduct remote home assessments, identifying potential hazards and recommending personalized modifications without the need for an in-person visit. This innovative approach promises to bridge a critical gap in accessibility, particularly in states like New Mexico facing significant demographic shifts and resource challenges.
The development of myAccessibleHome arrives at a pivotal moment as the nation grapples with the "silver tsunami" – a substantial increase in the older adult population driven by the aging baby boomer generation. This demographic phenomenon presents a complex set of challenges for individuals, families, healthcare providers, and government agencies alike. In New Mexico, this trend is particularly pronounced. Between 2010 and 2019, the state’s population aged 65 and older experienced a remarkable growth of nearly 40%, significantly outpacing the national average. Projections indicate this upward trajectory will continue, placing an increasing demand on existing infrastructure and services.
The desire to age in place, remaining in one’s own home for as long as possible, is a deeply held aspiration for the vast majority of seniors. However, current housing stock often falls short of meeting the evolving needs of this demographic. According to 2023 Census data, an estimated 4 million households across the United States present accessibility challenges for older residents. These unmet needs can translate into significant safety risks. Unintentional falls have consistently been identified as the leading cause of injury-related deaths among New Mexicans aged 65 and older from 2019 to 2023. Furthermore, data from the New Mexico Department of Health reveals a concerning upward trend in fall-related hospitalizations since 2020, underscoring the urgency of proactive safety interventions.
Addressing New Mexico’s Unique Accessibility Challenges
The landscape of New Mexico presents a unique set of hurdles in ensuring accessibility for its aging population. The state’s vast rural geography, coupled with a persistent shortage of healthcare providers, creates significant logistical challenges for in-home assessments and services. Compounding this issue is a limited number of companies specializing in the installation of accessibility features such as ramps, stairlifts, and bathroom modifications. Suzanne Burns, an occupational therapist and co-founder and co-CEO of myAccessibleHome, who also holds an associate professor position in occupational therapy at the University of New Mexico School of Medicine, highlighted this critical deficiency. "New Mexico is not prepared for this generation of older adults who are aging in place," Burns stated, emphasizing the state’s need for innovative solutions. myAccessibleHome aims to "at least partially fill that gap" by offering a scalable and efficient method for improving home safety.
The Mechanics of myAccessibleHome: A Digital Approach to Home Safety
The myAccessibleHome app is designed to streamline the process of home accessibility assessment and modification recommendation. The user journey begins with patients or their designated caregivers responding to a series of initial questions within the app. These questions are strategically formulated to assess the likelihood of falls and the potential severity of consequences, thereby establishing a baseline understanding of the home environment’s risks.
Following this initial input, users are guided to scan their home using their smartphone. This scan utilizes augmented reality (AR) technology to capture precise measurements of the living spaces. The collected data is then processed to generate an initial report, which is subsequently reviewed by a qualified occupational therapist. This human oversight is crucial, ensuring that the assessment is comprehensive and tailored to the individual’s specific needs and functional capabilities.
Once the occupational therapist approves the assessment and recommendations, the patient and their caregivers receive a detailed list of suggested modifications. This list is not merely advisory; it also includes direct connections to local installers who can implement the recommended changes, as well as information on relevant assistive technologies that could further enhance safety and independence. The recommendations range from relatively minor adjustments, such as the installation of grab bars in bathrooms or the integration of smart home devices for automated lighting, to more significant structural alterations like widening doorways to facilitate wheelchair access.
A Phased Rollout and Targeted Accessibility
The myAccessibleHome app has initiated a phased rollout. An iOS version became available in the United States in May, with an Android version anticipated to launch in the fall. However, it is important to note that myAccessibleHome is not currently available for direct download by the general public from app stores. Instead, its accessibility is managed through strategic partnerships with specific organizations. This approach allows the app to be tailored and optimized for the unique needs of the populations served by these partner groups, such as organizations dedicated to supporting individuals with brain injuries. Burns explained that this partnership model ensures that the tool can be effectively adapted to meet specialized requirements, thereby maximizing its impact and relevance for diverse user groups.
The Synergy of AI and Human Expertise
The development of myAccessibleHome represents a significant investment in research and innovation, backed by over a decade of dedicated work and supported by $1.6 million in federal funding from the National Institute on Disability, Independent Living, and Rehabilitation Research. While artificial intelligence plays a pivotal role in the app’s functionality, its application is carefully calibrated to complement, not replace, human expertise.
"The software doesn’t make clinical decisions," emphasized Burns. "We’re really using occupational therapists to make those decisions." This commitment to human oversight is a cornerstone of the app’s design philosophy. The AI component is instrumental in enhancing efficiency and expanding the reach of occupational therapy services, particularly in underserved areas. It facilitates rapid data capture and provides a robust starting point for assessments, thereby increasing the speed at which therapists can engage with clients and their homes. However, Burns reiterated the critical importance of human interaction and judgment in the therapeutic process. "Even though this is incredible for efficiency and reach, there are still some pieces that we want that human interaction and that human decision-making."
The AI-driven virtual assessment capability is a particular boon for rural states like New Mexico. The challenges of accessing qualified occupational therapists and specialized installers are significantly mitigated by the remote assessment feature. AI serves as a powerful facilitator, enabling therapists to remotely connect with clients, gather crucial data, and initiate the assessment process without the logistical barriers often associated with in-person visits. This not only accelerates the timeline for receiving recommendations but also democratizes access to essential home safety services.
"AI supports efficiency, our speed. It supports our data capture. It’s a great starting point," Burns concluded. "But the decision-making still comes down to the human, and I think that’s important." This balanced approach, integrating cutting-edge AI with the indispensable empathy and clinical acumen of human professionals, positions myAccessibleHome as a transformative tool in the ongoing effort to ensure that individuals can age safely and with dignity in their own homes. The long-term implications of such technologies are profound, promising to reshape how we approach home accessibility, enhance quality of life for vulnerable populations, and alleviate pressure on healthcare systems strained by demographic shifts.
