Algorithms in Advanced Artificial Intelligence Blockchain-driven Security Paradigm: A Robust System Harnessing the Internet of Medical Things (IoMT) Network for Enhanced E-Healthcare Monitoring 69
Tulasi Rajesh Jonnapalli, N. Deshai, K. Samatha, B.V.D.S. Shekar · 2024
The Internet of Medical Things (IoMT) has arrived, revolutionizing healthcare, and the fast expansion of the Internet of Things (IoT) has modified it even further. An essential component of long-term healthcare infrastructure development is the Internet of Medical Things (IoMT), which streamlines cloud-based patient record tracking. The necessity of protecting people’s personal health information is becoming more pressing as the Internet of Medical Things (IoMT) develops into a formidable big data infrastructure. The research introduces a personalized health surveillance tool that focuses on the applications of IoMT in e-health. The use of blockchain technology allows for safe electronic medical record transfers, which helps with interoperability problems. There are also worries about the security and transfer of health data across different devices, even if IoMT has a lot of potential. The study suggests the blockchain-based IoMT Security System (BC-IoMT-SS), which incorporates blockchain technology into IoMT to improve privacy, security, and the management of patient data. The implemented framework meets optimal privacy and security standards for IoMT devices. The implemented framework uses the encryption key of the blockchain to enable verified practitioners to receive secure warnings based on patients’ health data. The simulation findings show that the BC-IoMT-SS strategy is viable; it outperforms existing methodologies with a 94% accuracy ratio, a 94% efficiency ratio, a 0.63 second reduction in latency, and faster reaction times. This paper presents new findings in e-health monitoring and emphasises the potential of blockchain technology to enhance security environments for IoMT.