By: Pei-Fen Chang, PhD, OTR & Amber Brown, OT Student

In 2026, the concept of “aging” has been transformed by the technology revolution. We no longer just focus on medical technologies for older adults; we focus on Gerontechnology—a field that blends gerontology (the study of aging) with technology to ensure older adults don’t just “get by” but thrive (Huang & Oteng, 2023).

While gerontechnology can be applied in many ways, this brief introduction focuses on two common categories for the older population. Specifically, it highlights how occupational therapy (OT) acts as the essential bridge between the device and the user, ensuring technology is both functional and meaningful.

Category 1: Gerontechnology (Environmental & Safety)

These technologies are integrated into the living environment to proactively manage safety and
convenience without requiring constant effort from the user.

Key Examples:

• Ambient Fall Detection: In 2026, we have moved beyond wearable buttons. Sensors use radio frequency or AI vision to detect a fall and alert caregivers automatically—no lanyard required.
• Virtual Reality (VR) Travel: VR headsets (like XRHealth) allow older adults with mobility issues to “visit” the Louvre or walk through their childhood neighborhood, providing powerful cognitive stimulation and joy (Chaze et al., 2022).
• Smart Lighting Control: Systems that sync with the body’s circadian rhythm, automatically brightening at night if someone steps out of bed to prevent trips and falls.
• Vital Sign Monitoring: Several prototypes of smart mattresses that track heart rate, respiratory rate, and sleep quality during sleep have been developed and used in medical settings. These mattresses will soon be available for home use.
• Robotic Helpers: One example of mobile robots is the Hello Robot Stretch RE2 for home care and assisting with light house chores. However, this tool is still under research and development and requires further functionality testing for consumer use. Another example is Intuition Robotics’ ElliQ, which acts as a social companion and medication reminder.

Category 2: Connection Technologies (The “Digital Lifeline”)

This type involves teaching older adults to master modern devices to maintain social health and mental sharpness.

Accessibility Features in 2026:

• Voice Activation: Using Siri, Alexa, or Google Assistant to send texts or make video calls, which is crucial for those with arthritis or tremors.
• Visual Impairment Tools: Apps like Be My Eyes (now enhanced with AI) can “look” through a phone camera and describe a prescription label or the color of a sweater to the user.
• Hearing Impairment Support: Live captioning features on tablets (like CaptionCall) that provide real-time text for phone and video conversations. 
• Built-in Accessibility on Smart Devices: Background colors for users with low vision, color blindness, or situational impairments, text size that can scale up to 200%, and using “reading” ability for live captioning or TalkBack (By Google on Android devices) to transcribe audio in real-time. 
• Cognitive Support: Tablets pre-loaded with simplified interfaces (like GrandPad) that focus only on essential communication to prevent “tech-overwhelm.”

The Role of Occupational Therapy (OT)

Occupational therapy practitioners (OTPs) are the “navigators” of this tech landscape. They don’t just hand over a gadget; they ensure it fits the client’s life by weighing factors like cost, privacy, and safety. Ultimately, OTPs must evaluate how technology functions within the unique context of each individual’s daily routines.

How OTs Help:

1. Environmental Assessment: An OT evaluates the home to see where sensors or smart lights are most needed (e.g., the high-risk path between the bedroom and bathroom).
2. Activity Analysis: An OTP looks at what the client wants to do (e.g., talk to grandkids) and finds the specific technology that makes that specific goal possible.
3. Cognitive “Grading”: OTPs break down the steps of using a new smartphone. They might start with just “Voice Commands” before moving to “Apps” to ensure the user feels successful. 
4. Physical Adaptation: For those with limited dexterity, OTPs recommend physical aids like stylus pens, tablet stands, or high-contrast screen overlays.

Practical Tips for Implementation

• “Patience over Pace”: When teaching tech, focus on one “win” per session. Learning to send one photo to a grandchild is more valuable than learning ten system settings.
• The “Cheat Sheet” Method: Create a physical, laminated card with large-print instructions and icons for common tasks (e.g., a green button icon for “Answer Call”).
• Leverage Voice First: For many older adults, “Hey Google, call Mary” is much easier than navigating a touchscreen menu. 
• Reduce “Noise”: Delete all unnecessary apps from a new tablet so the user only sees the 4 or 5 icons they actually need. 
• Utilize built-in accessibility features on smart devices.
• Check for Feedback: Ensure the tech provides clear feedback (e.g., a “click” sound or a haptic vibration) so the user knows their touch was registered.

References:

Chaze, F., Hayden, L., Azevedo, A., Kamath, A., Bucko, D., Kashlan, Y., Dube, M., De Paula, J., Jackson, A., Reyna, C., Dupuis, K., & Tsotsos, L. (2022). Virtual reality and well-being in older adults: Results from a pilot implementation of virtual reality in long-term care. Journal of Rehabilitation and Assistive Technologies Engineering, 9, 20556683211072384. https://doi.org/10.1177/20556683211072384

Huang, G., & Oteng, S. A. (2023). Gerontechnology for better elderly care and life quality: A systematic literature review. European Journal of Ageing, 20(1), Article 27. https://doi.org/10.1007/s10433-023-00776-9