The Milesightย VS373 is a cutting-edge solution designed to provide real-time monitoring …
Offering rapid response in environments such as eldercare facilities, hospitals and private residences. Utilising 4D 60-GHz millimeter-wave radar technology combined with AI algorithms, the VS373 ensures precise, contactless fall detection with an impressive accuracy rate of up to 99% and a false alarm rate below 1%.
The VS373 Radar Fall Detection Sensor
Key Features
- High-Precision Fall Detection
- Continuous 24/7 Monitoring
- Comprehensive Monitoring Capabilities
- Privacy-Centric Design
- Seamless Integration
- Robust Data Management
- User-Friendly Installation
High-Precision Fall Detection
Employs advanced radar and AI technologies to accurately detect falls without the need for wearable devices, ensuring user comfort and privacy.
Continuous 24/7 Monitoring
Operates reliably under various conditions, including low-light and humid environments, thanks to its ability to overcome the adverse effects of light and water mist.
Comprehensive Monitoring Capabilities
Beyond fall detection, the VS373 supports occupancy detection, in-bed detection, and overstay alerts, providing a holistic view of user activity.
Privacy-Centric Design
Ensures 100% privacy protection by not capturing any images, making it ideal for sensitive areas such like bathrooms and bedrooms.ย
Seamless Integration
Compatible with standard LoRAWAN gateways and network servers and supports Milesight’s 2D2 protocol for ultra-low latency and direct control without the need for gateways.
Robust Data Management
Capable of storing up to 1,000 historical records locally with support for retransmission to prevent data loss.
User-Friendly Installationย
Designed for ceiling installation at heights between 2.3M and 3M, covering a detection range of 4M * 5M.
IMPORTANT – Sensor Operation
Please note:ย For wireless network capabilities, an applicableย Gatewayย is required to utilise the IoTย Cloudย software as demonstrated below.
Reviews
Clear filtersThere are no reviews yet.