Next-Gen Healthcare Security: Quantum-Inspired Blockchain and Digital Twin Synergy
S Selvagayathri, P Sasirekha, M Pranav, M Varshana Devi, C Rajasekaran · 2025
In a time of heightened healthcare digitization, the necessity for resilient and scalable security solutions is critical. This study presents an innovative methodology for healthcare security through the combination of Quantum-Inspired Blockchain with Digital Twin models. Quantum-inspired algorithms augment conventional blockchain by enhancing data encryption, accelerating validation times, and bolstering resistance to quantum attacks, thereby enabling secure real-time transmission of patient data. Simultaneously, the Digital Twin idea is utilized to generate accurate virtual replicas of patients and healthcare environment, facilitating proactive monitoring, simulation, and diagnosis. The integration of these technologies provides a safe, transparent, and efficient framework that tackles critical issues such data integrity, privacy, and real-time healthcare monitoring. The experimental results indicate an 50% improvement in data encryption time and a 40% decrease in validation time, illustrating the system's exceptional performance in securing and streamlining healthcare operations, representing a substantial advancement in future-proofing healthcare infrastructures.