Ntelcare provides non-intrusive senior monitoring using 4D radar and AI to detect falls, bed exits, and subtle health changes. Their CareSense technology delivers real-time alerts and predictive analytics to caregivers via the Care Intelligence platform. This system enhances resident safety and operational efficiency without relying on cameras or wearables.
Funding
Funding not disclosed
Founders
Product
Problem
Senior care facilities face challenges in proactively monitoring resident safety and well-being without compromising privacy or increasing caregiver workload. Traditional methods often rely on intrusive cameras or require residents to wear devices, leading to discomfort and potential non-compliance.
Solution
Ntelcare provides an AI-powered, non-intrusive monitoring system utilizing 4D radar and LiDAR technology to enhance resident safety and caregiver efficiency. The CareSense™ platform detects falls, predicts bed exits, and monitors vital signs through passive sensing, enabling timely interventions. This approach offers continuous oversight without the need for wearables or cameras, ensuring resident privacy and comfort. The system's AI algorithms analyze movement patterns and physiological data to provide actionable insights and real-time alerts to caregivers via a unified dashboard.
Target Audience
The primary customers are senior care facilities, including independent and assisted living communities, memory care units, and skilled nursing facilities, as well as home care providers.
Features
- 4D radar and LiDAR sensors for precise, non-contact detection of movement, falls, and bed exits.
- AI-driven analysis of resident activity patterns to predict high-risk events, such as unassisted bed exits.
- Continuous, passive monitoring of vital signs including heart rate and respiratory rate.
- Real-time alerts delivered to caregivers for immediate response to critical incidents.
- Centralized dashboard (Care Intelligence™) providing a consolidated view of resident vitals, activity logs, and health trends.
- Privacy-preserving design that eliminates the need for cameras or wearable devices.
- Reduction in false alarms through intelligent distinction between routine movements and critical events.