An Optimized And Intelligent Security-Based Message Queuing Protocol S-MQTT Applied to Medical IOT COVID-19 DATA Monitoring Platforms
Amine Rhbech, Hamza Lotfi, Abderrahim Bajit, Anass Barodi, Sanaa El Aidi, Ahmed Tamtaoui · 2020
According to what we are living with the Covid19 pandemic, which is a global crisis and which has impacted all domains due to its propagation. So, to reduce the risks of this pandemic we were able to create a secure medical IoT platform that monitors citizens' access to companies and a large area in a way that is more organized and secured to reduce the gravity of the Coronavirus pandemic. To access the corporate surface, we propose a medical implementation of the IoT based on the citizen geolocation and combined with facial recognition via Artificial Intelligence (AI). To complete the three principles of security (confidentiality, integrity, and authentication) we used the AES encryption algorithm to protect information exchanges between the system nodes utilizing the MQTT Protocol for communication. Result accumulate from our test was assessed dependent on handling time to see the adequacy and performance of the platform.