AI-DRIVEN QUANTUM-RESISTANT HUB FOR SECURE COMMUNICATION IN CONNECTED MEDICAL DEVICES

Abstract

This invention describes an AI-driven secure communication hub designed to protect data integrity and device functionality among networked medical devices in hospital environments. By employing quantum-resistant encryption, the system establishes secure communication channels resistant to advanced cyber threats, including quantum computing-based attacks. A device identification module continuously scans and catalogs connected devices, while a machine learning-driven vulnerability detection engine assesses security posture based on network behavior. Upon identifying a vulnerability, the system reroutes communications through a dynamically encrypted, isolated channel, ensuring operational continuity without manual intervention. The AI-powered threat monitoring module oversees network activity, detecting unauthorized access attempts and generating real-time alerts with incident reports for hospital IT staff. Scalable and adaptive, the hub autonomously adjusts to evolving cyber threats and an expanding network of medical devices, offering a comprehensive, resilient solution to maintain security compliance and safeguard patient data in increasingly interconnected hospital systems.

Specification

Description:Attached separately , Claims:Attached separately

Documents