LookDeep for Virtual Fall Prevention

Reduce falls and improve hospital financials through AI-powered virtual monitoring.

Key Benefits

How can we help you.

Our virtual sitting solutions uses AI to continuously monitor patients for falls or wandering without the need for constant in-room staff presence. This helps hospitals protect vulnerable patients, improve response times, and free clinical teams to focus on higher-value care.

50-200%

Reduce Falls

70-90+% reduction in fall rates across rural and urban settings with a variety of patient types and supported staffing models.

3-10X

Reduce Costs

With LookDeep Vision AI and Infinity Watch reduce the cost per sitter hour by 3-10X.

Save Nursing Time

AI handles 70-90% of situations that previously required bedside alarms.

Strategic Fall Prevention Programs

~1/2 of patients are high risk but programs watch only a handful. VisionAI makes it cost effective to support all.

Falling Short

Current Tele-Sitting Models Limit Usage to ~5% of Patients

~40-50% of hospital patients are at risk for falls, but only the top 5% receive monitoring due to the cost of current Tele-Sitting.

Each year, roughly 700,000 to 1 million patient falls occur in U.S. hospitals resulting in around 250,000 injuries and up to 11,000 deaths.

Resource

National Institute of Health (NIH)

Legacy Virtual Sitting Misses the Mark

Fall prevention in hospitals is more critical than ever. Patient age and acuity are rising (higher risk), financial penalties are more burdensome, and staff shortages more severe. Legacy solutions have not risen to the challenge — leaving hospitals without cost effective approaches to systematically reducing the rate of falls and their severity.

Legacy virtual sitting replaces a bedside sitter with a camera and a remote human monitor. While this can reduce staffing costs, the remote monitor often watches multiple patients at once, response times increase, and the system relies entirely on human vigilance.

With modern technology, we can do better.

The AI Leap

The Next Generation of Fall Prevention

LookDeep's zero-cost hardware model reduces the technology cost of monitoring patients for potential falls. Our AI Nudge for falls capability transforms virtual sitting into a hospital-wide virtual fall prevention strategy.

AI Nudging that guides virtual monitors to the right patients, workforce management capabilities, incredible usability and a flexible cloud based system enables hospitals to cost effectively monitor every high-risk fall patient in the hospital and beyond.

Explore Pricing →

No-Cost Hardware Lowers Costs, Increases Reach

Fall Reduction Financial ROI Drives Higher Adoption

VisionAI — Instantly Nudges Attention to High Risk Patients

Advanced computer vision detects early signs of risk and guides staff to intervene before a fall occurs.

VisionAI for Fall Prevention

Always watching. AI triggers a nudge when a patient is alone and movement exiting the bed or chair is detected. Advanced alerts indicate when patients are at increased risk.

Infinity Watch 10X Capacity

Pair autonomous AI that constantly and simultaneously watches everyone with the scale of AI, while maintaining the human side of care. Virtual Sitting becomes Strategic Fall Prevention.

Single Click Intervention

Virtual sitters can quickly intervene prior to any adverse conditions occurring with single click intervention to talk to the patient, listen to the room or activate your existing Nurse Call Alarm.

Patient Assignments / Team Management

Patient monitoring assignments can utilize the built-in assignment tools or by smart filtering on patient location and attributes by AI patients in the Med Hospital who are at an elevated risk.

Real Time Reporting and Insights

Embedded best practices and custom reporting in every aspect of usage, adoption, and patient trends to manage real time performance or explore trends of adoption.

Industry First — Flight Simulator for Training

Preset scenarios can be configured and utilized to train new monitors, evaluate proficiency in patient interaction. Virtual monitors can learn through training and be ready for increasingly complex patient scenarios.