Senior Living Communities: Made Safer by AI

TL;DR

This paper explores how AI-enabled automation can transform senior living communities into safer, low-touch environments, reducing risks and costs associated with traditional high-touch care, especially highlighted by pandemic challenges.

Contribution

It proposes a novel approach to redesign senior living facilities using AI automation to minimize physical contact and improve safety and efficiency.

Findings

Measurements from Caspar AI-enabled properties show potential benefits.

AI automation can significantly reduce risks and costs in senior care.

The approach supports a shift from high-touch to low-touch senior care environments.

Abstract

There is a historically unprecedented shift in demographics towards seniors, which will result in significant housing development over the coming decade. This is an enormous opportunity for real-estate operators to innovate and address the demand in this growing market. However, investments in this area are fraught with risk. Seniors often have more health issues, and Covid-19 has exposed just how vulnerable they are -- especially those living in close proximity. Conventionally, most services for seniors are "high-touch", requiring close physical contact with trained caregivers. Not only are trained caregivers short in supply, but the pandemic has made it evident that conventional high-touch approaches to senior care are high-cost and greater risk. There are not enough caregivers to meet the needs of this emerging demographic, and even fewer who want to undertake the additional training and risk of working in a senior facility, especially given the current pandemic. In this article, we rethink the design of senior living facilities to mitigate the risks and costs using automation. With AI-enabled pervasive automation, we claim there is an opportunity, if not an urgency, to go from high-touch to almost "no touch" while dramatically reducing risk and cost. Although our vision goes beyond the current reality, we cite measurements from Caspar AI-enabled senior properties that show the potential benefit of this approach.