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Nursing Home Fall Detection System Solutions

WellCare’s nursing home fall detection system is designed specifically for elderly care facilities. This solution covers the entire process from event identification, secondary confirmation, employee alerts to compliance archiving, and supports large-scale deployments of 10 to 10,000 units.

Fall Alert Fatigue in Care Homes: Why Staff Stop Trusting the System

Comparison between traditional high false alarm fall sensors and WellCare professional nursing home solutions.
① False alarms lead caregivers to "selectively ignore" them.

Ordinary fall monitoring bracelets frequently alarm when the elderly sit down or sit in a wheelchair. The high false alarm rate has only one result—caregivers lose trust in the alarms, which is the real danger of alert fatigue in nursing homes.

② Low-impact falls are the most deadly blind spot in monitoring.

Fall detection devices that rely solely on accelerometers are only sensitive to high-impact actions like "rapid falls," and cannot detect slow fall scenarios such as sliding down walls or rolling off beds. These missed slow falls are most likely to have fatal consequences.

③ Device data cannot be integrated into the existing management system.

Separate apps and backends create data silos, forcing caregivers to switch between multiple interfaces to find information during emergencies. Every second of delay represents a risk you cannot afford—this is the core cost of a lack of CMS integration in care homes.

④ Expanding from 20 to 2000 units causes the management system to collapse.

When the number of devices reaches hundreds, the lack of batch device management means that your organization's management backend cannot monitor the battery level and online status of each fall detection device in real time, greatly increasing maintenance costs.

Why are our fall detection devices more accurate?

More than just a watch, it’s a complete fall detection workflow: [Detect] → [Confirm] → [Alert] → [Manage] → [Archive]
Workflow of fall detection showing barometer height monitoring and IMU sensor fusion technology.

1.Detection

We use a combination of a barometer and a six-axis sensor: a Bosch BMP585 barometric pressure sensor monitors height changes in real time at the 1 cm level, while an ST six-axis IMU captures the patient’s complete fall curve from the moment of fall to a stop. Subsequent procedures are triggered only when both signals are simultaneously met. Actions such as wheelchair turning, rapid sitting, and sliding down walls are filtered out at this stage.
When the fall detection device detects a suspected fall, it will vibrate and start a 10-second countdown on the screen. The elderly person can cancel the countdown themselves if the situation is not serious. Only when a genuine alarm is needed will the caregiver receive the notification. This eliminates alarm fatigue at its source.

2.Confirmation

3.Alert

Our 4G fall detection watch integrates with your existing CMS, nurse station system, or our management platform via a RESTful API or SDK. The standard integration cycle is 4 weeks to complete the first live version.
We use a single interface to manage OTA firmware batch pushes, distribute devices by floor/room, monitor wear status, and configure alarm routing for batch device management. Whether you deploy 50 or 5000 devices, your IT staff configuration does not need to be expanded accordingly.

4.Management

5.Archiving

We support exporting complete event logs, including timestamps, locations, and response records, to facilitate regulatory compliance audits, insurance claim materials, and family communication records.

Deeply Open Architecture for Fall Detection Solutions

We provide far more than hardware, delivering professional technical keys to accelerate the landing and implementation of your elderly care projects.
Technical SpecificationsPractical Implications for Your Institution
Bosch BMP585 BarometerAccuracy 0.08Pa/RMS (equivalent to approx 1cm height resolution)Distinguishes between “elderly person sitting down” and “elderly person falling down”. False alarms are intercepted at the sensor level and will not enter the alarm system.
ST LSM6DSOW Six-Axis IMUMaximum sampling frequency: 6.6kHzAccurately recognizes low‑risk impact scenarios such as elderly slowly sliding down walls. Traditional devices frequently miss these hidden fall risks. Weak impact does not equal safe.
10‑Second Countdown Confirmation MechanismDevice vibration + screen dual promptsResidents can cancel false alerts independently to avoid unnecessary interruption for care teams. It fundamentally reduces alarm fatigue and cuts invalid labor consumption.
500mAh BatteryTested battery life: 50–60 hours4G Cat1 always online, reporting every 15 minutesOne full charge supports two complete night shifts. No frequent charging management required, ensuring full‑coverage monitoring during high‑risk nighttime hours.
IP68 Waterproof Rating1 meter water depth for 30 minutesAllows continuous wearing in bathrooms and wet areas. Bathrooms record the highest fall rates in care facilities, eliminating critical monitoring blind spots.
Open API + SDK Dual‑mode IntegrationSupports standard protocols and customized protocolsSeamlessly embedded into existing CMS system. No need to replace current IT infrastructure. The first official version can be launched in around 4 weeks.
Android 8.1‑13 / RTOS optionalConfigurable RAM: up to 3+32GBSupports direct installation and operation of customized care management APP on the wearable device. Perfectly adapts to your daily operational workflow.

Scalable Fall Detection Deployment Solutions From Pilot To Full Coverage

Following a management logic specifically designed for large-scale application scenarios, we can monitor the 4G signal, battery health, and online status of all insured fall alarm devices in real time in your backend. We support OTA firmware remote batch upgrades and adjustments to fall trigger sensitivity, while automatically switching between GPS and BLE/UWB positioning modes to achieve comprehensive safety protection for the elderly both indoors and outdoors.
scalable iot deployment management platform
Deployment ScaleCore Service & Support
Pilot phase: 10–50 unitsSample shipment within 7-15 daysRemote IT team deployment guidanceFree SDK integration support includedStandard initial integration and deployment completed in 4 weeks
Campus-level deployment: 50–500 unitsBatch OTA firmware push to all sites with one clickConfigurable alarm routing by floor/roomHierarchical employee account permission managementNo additional IT staff required
Group / Multi-campus deployment: 500 units or moreDedicated project engineer on-site for full supportSupports customized firmware development to adapt to non-standard protocol requirementsProvides FORECAST delivery plan forecastingFixed 45-day delivery cycle with comprehensive contract terms
Tailored Solutions | Exclusive Deployment for Your Facility

Provide details regarding your facility’s scale and site specifications, and we will craft a personalized, custom-fitted deployment plan—designed to minimize your implementation costs.

Fall Detection Device Supply: Comprehensive Support for Mass Deployment

Capacity Guarantee
  • Equipped with 7 SMT production lines + 5 finished product assembly lines
  • Peak daily capacity up to 15,000 units, stable monthly capacity over 350,000 units
  • Your small to medium batch orders will not compete with large orders from other major clients for capacity
  • We support reserving dedicated capacity for you; delivery terms can be formally included in your cooperation agreement.
Delivery Time Guarantee
  • Standard configuration equipment: Delivery within 30–45 days after your order confirmation.
  • Customized firmware and personalized feature versions: Delivery within 45 days after your finalized solution.
  • We refuse to inflate delivery times; we only promise you a realistic and achievable delivery date.
  • Long-term service to European operators, large-volume delivery capabilities, proven feasible for you.
Quality System
  • Certified by both ISO 9001 and ISO 13485
  • Adopts medical-grade manufacturing control standards to strictly control the quality of your wearable devices
  • All products have CE/FCC/RoHS compliance certificates
  • Reports issued by authoritative institutions such as SGS and TUV help you easily pass procurement compliance audits
After-Sales Guarantee
  • We provide a complete 12-month warranty service for the entire machine from the date of delivery.
  • We offer you an independent spare parts procurement channel for convenient replacement of worn-out parts.
  • We can provide hands-on training in equipment maintenance to empower your in-house maintenance personnel.
  • Common faults can be handled locally, reducing your subsequent maintenance costs.
Local Service
  • Establish a local service center in Europe: Madrid, Spain, providing convenient service to your European institutions.
  • Establish a service station in East Asia: Kawaguchi City, Saitama Prefecture, Japan, for convenient response to your East Asian business.
  • Equipment issues in your overseas regions can be handled locally, eliminating the need for long-distance cross-border shipping for repair.
  • Save you weeks of long logistics waits and significantly shorten after-sales response time.

CMS and Nurse Call System Integration

We offer two flexible architectures to fully adapt to the integration requirements of fall detection watch.
Option A: You lead the integration and control core data
  • Provides standardized API interfaces with complete documentation, facilitating independent integration by your IT team.
  • Controllable integration timeline: initial integration and debugging can be completed in 4 weeks, with subsequent optimizations and adjustments based on needs.
  • Complete control over the data layer by your IT team, ensuring data security and autonomous management requirements.
Option B: We handle the entire integration process
  • We proactively push alarm information and device data to your existing system, eliminating the need for your IT team to invest additional effort in debugging.
  • Supports multiple push methods, adapting to your resident management system without requiring changes to your existing operational processes.
  • We handle the entire integration and implementation process; you only need to confirm your requirements, no additional cooperation is required.
Both solutions include:
A dedicated integration engineer will be assigned during deployment, providing one-on-one support throughout the process.
UART debugging support and complete log output are provided to facilitate rapid troubleshooting during the QA phase.
Compatibility with third-party algorithms such as Cyweemotion and Gomore eliminates the need for you to separately integrate with algorithm vendors.
Support for custom firmware development to adapt to your specific integration needs.
FAQ
Common Questions from Care Home Procurement Teams
A: Our fall detection wristband supports indoor positioning via Bluetooth gateway and has onboard caching. It automatically locks the location when the signal is interrupted and re-sends an alarm as soon as the signal is restored.
A: The watch has a built-in wearable sensor. After removal, the management backend marks the device as “not worn” in real time. Your team immediately sees the coverage gap—not after the incident occurs.
A: No. Our API and SDK are specifically designed for “parallel” operation, allowing them to run simultaneously with your existing platform. Most clients conduct parallel pilot tests first, comparing alarm accuracy with real data before deciding on a full switch—the pace is under your control.
A: The algorithm specifically filters high-frequency, irregular movements at the sensor fusion layer. Wandering, repetitive shaking, and agitated movements by elderly people with dementia will not trigger alarms. Only when both a sudden drop in height and impact characteristics are met will the confirmation process begin.
A: Yes. We can provide anonymized event logs and alarm accuracy data from operating elderly care facilities in Europe.
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