May 15, 2025
Ethical Responsibility
Assistive robots like Stretch have the potential to improve quality of life for people with limited mobility, older adults, or people recovering from injuries. The robots allow for more independence in daily tasks and reduces reliance on caregivers, which increases access for people who may not be able to acquire a caregiver, especially given the shortage of caregivers in the United States. This will help people live more autonomously. However, there is a risk of enforcing social inequities if assistive robots are only available to wealthier people or hospitals with more funding. Additionally, it could lead to a lack of human connection as robots cannot replace the personal relationships that caregivers build with their patients.
Assistive robots could reduce long term healthcare costs for chronically ill patients as they wouldn't need to pay for a caregiver for years and just use the robot. It could also decrease hospital readmissions and relieve pressure on overworked hospital staff. New jobs in robot maintenance could be created as well. On the other hand, this can reduce jobs for caregivers as it would be automated by the robot. It's important to aid in this transition by providing training programs or workforce support for people that may be displaced, especially when caregivers are historically undervalued and underpaid.
From an environmental perspective, assistive robots require energy and materials to manufacture which can lead to more carbon emissions. However, depending on the exact materials used to manufacture the robots, such as recyclable materials, it could lead to more sustainability in the long run especially if the robots have long lifespans. This would be more sustainable than many medical devices out there and lead to a smaller environmental footprint.