A Multifactor Ring Signature based Authentication Scheme forQuality Assessment of IoMT Environment in COVID-19 Scenario

The quality of the healthcare environment has become an essential factor for healthcare users to access quality services. Smart healthcare systems use the Internet of Medical Things (IoMT) devices to capture patients' health data for treatment or diagnostic purposes. This sensitive collected patient data is shared between the different stakeholders across the network to provide quality services. Due to this, healthcare systems are vulnerable to confidentiality, integrity and privacy threats. In the COVID-19 scenario, when collaborative medical consultation is required, the quality assessment of the framework is essential to protect the privacy of doctors and patients. In this paper, a ring signature-based anonymous authentication and quality assessment scheme is designed for collaborative medical consultation environments for quality assessment and protection of the privacy of doctors and patients. This scheme also uses a newKMOV Cryptosystem to ensure the quality of the network and protect the system from different attacks that hamper data confidentiality.

Automated summary

The quality of healthcare is crucial for users, and smart healthcare systems utilize IoT devices to capture and share patient data for quality services. However, this exposes the system to privacy threats. In this paper, a ring signature-based authentication scheme is proposed to protect the privacy of doctors and patients during collaborative medical consultation, ensuring network quality with the new KMOV Cryptosystem.