Four Powerful Applications
Morfus Wifi-Sonar leverages AI to transform Wi-Fi signals into sophisticated sensing systems, providing actionable insights across these key domains
Advanced Weapons Detection
AI analyzes Wi-Fi signal reflections and absorptions to potentially identify the characteristic signatures of concealed metallic objects, offering a non-invasive threat detection layer.
Public Safety
Venue Management
Emergency Management
School Security
Predictive Crowd Analysis
AI interprets aggregated Wi-Fi signal interactions to estimate crowd density, monitor flow patterns, identify bottlenecks, and detect anomalies like dangerous overcrowding in real-time.
Public Safety
Emergency Management
Retail
Urban Planning
Transportation
Venue Management
Structural Health Monitoring
AI analyzes long-term signal stability and variations to detect patterns potentially indicative of structural shifts, material degradation, or unusual vibrations that might precede failures.
Public Works
Infrastructure
Building Safety
Emergency Management
Elderly Care Analysis
AI monitors movement patterns, detects falls, tracks activity levels, and potentially infers vital signs through subtle signal changes – all without cameras or wearables.
Health & Social Services
Aging Department
Housing Authorities
Emergency Medical Services
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Frequently asked questions
Find answers to common questions about Morfus Wifi-Sonar
How does Morfus Wifi-Sonar work?
Morfus Wifi-Sonar leverages the principle that Wi-Fi signals are constantly interacting with their surroundings. Movements, objects, and even minute structural shifts alter these signals. Our advanced AI algorithms analyze these complex signal variations, identifying meaningful patterns, detecting anomalies, and translating raw signal data