NIH Funds $1.1M Sensor System for Senior Care

UC Merced and UC Davis researchers are developing an ambient monitoring system to help older adults live independently at home.

Updated on Nov. 12, 2026 in Senior Health

Small matte-white sensor mounted on a living room wall beside a sunlit window, with a dry California hillside visible outside.
The National Institutes of Health awarded UC Merced and UC Davis researchers a four-year, $1.1 million grant to develop ambient health monitoring for older adults living at home. AI Illustration. Upload story photo >

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The National Institutes of Health awarded a four-year, $1.1 million R01 grant for the SCH: HOME project, which develops health monitoring for geriatric care. Researchers from UC Merced and UC Davis are piloting the sensor-based system with Eskaton, a nonprofit senior living community.

Why it matters

The project aims to help older adults maintain independence where they live while giving family members and caretakers real-time health updates. Its developers also aim to keep people at lower levels of care, which could reduce senior health care costs in California and beyond.

The NIH R01 award totals $1.1 million over four years, and early estimates put the ambient sensor system at roughly $1,000 plus a monthly fee. Pilot results, enrollment size, and the final consumer price have not yet been disclosed.

The players

National Institutes of Health

The NIH is the principal U.S. federal agency for biomedical and health research, and it funded this project through an R01 grant.

Eskaton

Eskaton is a nonprofit senior living community in California and partners with the researchers on two pilot projects.

The details

The SCH: HOME project, led by principal investigator Shijia Pan of UC Merced with co-investigators Alyssa Weakley, Chen-Nee Chuah and Michelle Cohn of UC Davis, uses ambient sensors that measure vibration, humidity and temperature rather than cameras, microphones or wearable devices. The plug-and-play system applies AI to interpret subtle physical signals from people and their surroundings, and two pilot projects are underway with Eskaton.

Timeline

  1. The four-year NIH R01 award funds the project's multi-year development term.

  2. Weakley and Pan were accepted into the ALTITUT SBIR Studio Cohort 2026 for commercialization support.

  3. Pan estimated the system could reach the market within a couple of years.

Roadmap

The project follows the NIH R01 funding pathway, which supports investigator-initiated research that can later move toward commercial products through programs such as the SBIR Studio. It extends a broader trend of using passive, privacy-conscious sensing to support aging in place.

For older adults and families, the system offers a low-cost way to track daily well-being without cameras or wearables, with an estimated cost of roughly $1,000 plus a monthly fee. The technology is still in pilot stages, so it is not yet available for purchase.

The takeaway

Families considering in-home monitoring for an aging relative should ask about privacy, monthly fees and whether a system has been tested in real living environments. Ambient, non-camera sensing is one option to evaluate alongside other aging-in-place supports.

Further reading

For related coverage on aging-related care, see Senior Health in California.

Source note: This article includes information reported by Gold Rush Cam.

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