AALisi Engine — Invisible Intelligence at the Service of Life

The technological core of Zaiera S.r.l.: integration of millimeter-wave physics and artificial intelligence for non-invasive biometric monitoring and operational integration with HEMS Hub

Technological Infrastructure

mmWave Radar Technology Millimeter-wave Radar (60–77 GHz)

Use of the millimeter spectrum for high-resolution spatial scans. The technology penetrates non-conductive materials, allowing sensors to be hidden for totally invisible environmental monitoring.
- Privacy-by-Design (no images)
- Sub-millimeter precision
- Zero-Intrusion.

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AALisi Intelligence — Powered by Xenia Artificial Intelligence & Edge Computing

Deep Learning engine optimized for local (Edge) signal processing. Ensures zero latency and maximum security, distinguishing between biological micro-movements and environmental interference
- False alarm reduction
- Pattern recognition
- Secure and encrypted processing.

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Validation and Wellbeing

Advanced Biometrics — HRV Heart Rate Variability (HRV)

Extraction of temporal variance between beats via digital Ballistocardiography. Provides an accurate indicator of the Autonomic Nervous System and resilience to physical stress.
- Privacy-by-Design (no images)
- Sub-millimeter precision
- Zero-Intrusion (sensors not visible)

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Gait Analysis & Kinematics Gait Analysis

Developed in collaboration with MIFT UniME, monitors speed, postural symmetry, and motor patterns. Enables fall prevention and early identification of kinematic alterations.
- Fall prevention
- Academic validation
- Invisible postural analysis.

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HEMS Infrastructural Integration

AALisi Engine acts as an environmental telemetry system for the Solarino Hub. It monitors in real-time the operational readiness status and biometric parameters of personnel in standby and takeoff/landing areas.

• Priority Streams: Immediate management of alerts for critical biometric events.
• Interoperability: Technical readiness for integration with emergency-urgency operations centers.

HEMS Helicopter in flight
Clinical Validation and Data Governance

Every cardiorespiratory measurement protocol is subjected to rigorous validation tests in collaboration with excellent scientific bodies.

• Accuracy: Controlled studies for sensitivity and specificity of the radar signal.
• Ethics: Research conducted according to ethical guidelines and anonymization criteria.
• Compliance: Pipeline compliant with GDPR and ready for certification audits.

Scientific Validation
Privacy & Cyber-Security

Edge-First Architecture: data processing takes place locally. Xenia exports only aggregated numerical vectors to the cloud; raw point clouds are eliminated instantly after processing.

The system guarantees End-to-End encryption and data minimization.

• Role-Based Access Control (RBAC): Granular authorization protocols that guarantee access to data exclusively to authorized personnel, based on the specific operational profile (clinical, technical, or emergency).

Digital Security
View HEMS & Molecular Hub

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