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Sage Raises $65 Million From Goldman Sachs to Predict Senior Falls Before They Happen

Senior care startup Sage raised $65 million led by Goldman Sachs Alternatives to scale Sage Detect, an AI monitoring system that predicts falls before they happen; the company cites a 50% drop in falls and $275 per-resident monthly NOI gains in communities already using it.

Sage Raises $65 Million From Goldman Sachs to Predict Senior Falls Before They Happen

Sage, a New York-based senior care technology company, has raised $65 million in a Series C round led by Growth Equity at Goldman Sachs Alternatives, with existing investors IVP and Goldcrest also participating. The round, announced March 5, 2026, brings Sage’s total capital raised to $124 million and will fund a rapid expansion of Sage Detect, an AI-powered monitoring system the company describes as privacy-conscious, which flags fall risk in senior living residents before an actual fall occurs. Rather than reacting after a resident has already hit the floor, the system is built to catch the subtle behavioral drift that tends to precede one.

How The System Actually Works

Sage Detect does not rely on cameras watching residents in real time. Instead, it analyzes patterns in daily activity, including changes in sleep, bathroom frequency, and nighttime wandering, to flag deviations that often precede a fall, sometimes by days. That data feeds into a unified dashboard built to pull information from the disconnected systems that have long plagued senior living operations, with the platform integrating records from EHR vendors including ALIS, August Health, ECP, PointClickCare, and Yardi. Chief executive Raj Mehra said the fresh funding lets the company move faster on a stated goal: “This investment allows us to put caregivers at the centre of innovation — by delivering a real-time intelligence platform.”

The Numbers Driving Investor Interest

Sage says communities already running its platform have reported a 50% reduction in falls, a 50% improvement in caregiver response times, and a $275 increase in net operating income per resident per month. For an industry where a single fall can trigger an expensive hospital transfer, a liability claim, and a sharp decline in a resident’s independence, those figures are the kind of hard return-on-investment case that has been difficult for digital health vendors to produce in senior care specifically. Ryan Leary, a vice president at Goldman Sachs Alternatives, framed the bet as an infrastructure play rather than a point-product sale: “By shifting the industry from a reactive to a proactive model, Sage is creating scalable infrastructure.”

Why Senior Living Operators Are Desperate For This

The investment lands at a moment when the economics of senior care are under real strain. Mehra noted that more than 40% of U.S. healthcare spending now goes toward people over 65, a share that keeps climbing as the baby boomer generation ages into higher-acuity care needs. At the same time, the caregiving workforce has not kept pace: staffing shortages have left many communities relying on paper logs, pagers, and manual rounding to track resident wellbeing, a system poorly suited to catching early warning signs in residents with growing medical complexity. Falls remain one of the costliest and most dangerous events in long-term care, both for resident health outcomes and for an operator’s insurance and liability exposure, which is part of why predictive tools that promise to intervene earlier have become one of the fastest-growing categories in aging-related technology this year.

Sage Is Not Alone In This Race

The funding fits a broader surge of capital into AI-driven elder monitoring. Sensi.AI, which uses audio-based sensing rather than cameras or wearables to track changes in seniors’ daily activity and wellbeing, raised $45 million in a Series C round in October 2025. Vayyar has pursued a different technical approach, using wall-mounted 4D radar sensors that detect falls without any camera or wearable device at all. The federal government has also started treating this as a policy priority: the Administration for Community Living’s Caregiver AI Prize Challenge is actively funding practical AI tools aimed at easing the burden on family and professional caregivers. The crowded field suggests investors increasingly view predictive, passive monitoring as the default architecture for next-generation senior care, rather than a niche add-on.

The Privacy Question Nobody Has Fully Answered

Not everyone is convinced the trade-offs are settled. Researchers studying AI surveillance in elder care have warned of what they call “surveillance creep,” in which continuous monitoring tools originally justified on clinical grounds gradually expand into something closer to constant observation, eroding the privacy and autonomy of the people they are meant to protect. The concern is sharpest around bathrooms and bedrooms, precisely the rooms where many falls occur and where sensors are most clinically useful, but also where residents have the strongest expectation of privacy during dressing, bathing, or intimate moments. The ethical complexity deepens for residents with cognitive decline: a person with early-stage dementia may consent to monitoring without fully grasping what they are agreeing to, and may later be unable to withdraw that consent even if their preferences would have changed. Sage markets its platform as “privacy-conscious,” built around behavioral pattern data rather than video, but the broader industry has yet to settle on shared standards for what data operators can collect, who can view it, and how clearly residents or their families must consent before monitoring begins.

What Comes Next

With $124 million in total funding now behind it, Sage is positioning Sage Detect alongside its electronic health record partnerships as the backbone for a nationwide push into senior living and skilled nursing communities. The near-term test will be whether the reported 50% fall reduction and NOI gains hold up as the platform scales beyond its current customer base into larger, more varied operators, and whether rivals using different sensing approaches, audio for Sensi.AI, radar for Vayyar, converge on comparable results. The longer-term test is less about the technology working and more about trust: whether operators, regulators, and families can agree on clear rules for consent and data use before predictive monitoring becomes, as one industry publication put it, the new standard of care rather than a differentiator. How that balance gets struck will likely shape how fast AI-driven fall prevention spreads from a well-funded niche into the default expectation for how aging Americans are cared for at home and in licensed communities alike.

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