VitalDrive® Patent Family
A growing portfolio of patented technologies spanning civilian automotive safety and defence-grade physiological monitoring systems.
Patent Family Overview
VitalDrive’s technology is protected by a structured patent family covering core physiological sensing, hybrid intelligence architectures, and safety-critical response systems. The portfolio is intentionally designed to support both civilian automotive safety applications and defence-grade monitoring contexts, while maintaining clear separation between use cases and deployment environments. All patents are filed with a long-term view toward certification, interoperability, and real-world deployment.
“All filings are structured to support future licensing, OEM integration, and certification-aligned deployment.”
Illustrative representation of civilian and defence monitoring contexts. Image is conceptual and does not depict operational deployment.
Patent Families
🟦 Civilian Applications (Automotive Safety)
Representative patent areas include:
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AI-integrated in-vehicle physiological monitoring and emergency response
(VitalDrive: AI Integrated Vehicle-Based Vital Monitoring and Emergency Response System) -
Driver health monitoring with motion-artefact cancellation
(Driver Health Monitoring and Emergency Response System with Motion-Artefact Cancellation) -
Regulatory-ready multi-occupant vehicle health monitoring architectures
(Regulatory-Ready Multi-Occupant Vehicle Health Monitoring System) -
Prediction of driver physiological distress using multimodal telematics and vital signals
(Method and System for Predicting Driver Physiological Distress Using Multimodal Telematics and Vital Signals)
These patents focus on reducing preventable harm caused by medical events, fatigue, and cognitive impairment while driving, while maintaining alignment with automotive functional safety and regulatory requirements.
For security, regulatory, and commercial reasons, detailed claims, implementations, and system diagrams are not publicly disclosed.
🟥 Defence & High-Reliability Contexts
Representative patent areas include:
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Tactical physiological distress prediction in high-risk operational environments
(Tactical Physiological Distress Prediction) -
Cognitive and physiological monitoring of drone and unmanned-vehicle operators
(Drone / UGV Operator Cognitive-Physiological Monitoring) -
Platoon-level physiological analytics and readiness assessment systems
(Platoon-Wide Physiological Analytics and Battlefield Readiness Engine)
Defence-related patents are designed for high-reliability environments where resilience, traceability, and secure decision-making are critical.
“Defence-related filings are maintained under strict disclosure controls and are intended for engagement with authorised institutional partners only.”
For security, regulatory, and commercial reasons, detailed claims, implementations, and system diagrams are not publicly disclosed.
Intentional Disclosure
Boundary
For security and commercial reasons, detailed claims, implementations, and diagrams are not publicly disclosed.
