Beyond Face Recognition: Holosomatic Biometrics
In Passive Identity Monitoring
Precision Human Re-Identification for Real-World Security Environments
THE CHALLENGE
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Face recognition has limitations in passive access monitoring contexts.
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In real-world security settings, people are rarely positioned directly in front of a camera. Faces may be partially visible, turned away, obscured by masks, hats or PPE, or captured at difficult angles and distances.
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Traditional identification systems often rely on a clear view of the face, a credential, or an access card.
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In mixed public private environments, those conditions are not always available.Â
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VIPER adds a new layer of identity intelligence by combining precision stereo vision with full-body biometric measurements to support reliable person re-identification in natural surveillance contexts.
PASSIVE IDENTITY MONITORING
Mixed public private spaces such as healthcare present a unique security challenge. It is not always possible to issue keycards or log all visitors. Meanwhile such environments can contain sensitive assets, materials, and hazards requiring access monitoring.
PRECISION HUMAN MEASUREMENT​
VIPER uses stereo vision to capture precise measurements using holosomatic keypoints. This method works with different poses and clothing types even when parts of the body are obscured.
PRIVACY & STANDARDS COMPLIANCE
VIPER complies with NIST and HIPAA privacy protections. All HIPAA scope health data is stored securely on premise and isolated from network access using cybersecurity best practices.
RBAC BASED ACCESS MONITORING
VIPER uses Role Based Access Control (RBAC) to grant users access to monitored locations. Â
IDENTITY EVENTS LOG
VIPER automatically matches people and generates searchable event video-logs which passively apply access policies to escalate relevant incidents to security personnel.
SEAMLESS OPERATIONS
In mixed public private environments, reliable, passive monitoring provided by VIPER can protect sensitive areas while maximizing simplicity and convenience for guests, patients, personnel, and system users.
