Ensuring Communication Network Security for Medical Implantable Devices to Enhance Cyber Security
Keywords:
DBNF, ECD, IMDAbstract
In this current world usage of medical implantable devices has been widely increased to the peak. The implantable medical devices are fixed inside the human body to help them recover from their Illness. On the other aspect even though it is a life changer and life saver for the humans, on the other side all these devices are prone to be attacked by the attackers causing humans to lack in illness. Nowadays cybercrime has been boomed up in all domains and industries which has continued in the medical/health sector too. But anyway, as of now, nothing has gone serious with hacking medical implantable devices. But on the other hand, since these medical devices are vulnerable to the threats these devices must be secured thoroughly. The increasing integration of medical implantable devices into healthcare systems has revolutionized patient care and introduced new cybersecurity challenges. This paper addresses the imperative of securing communication networks associated with medical implants to fortify overall cyber security in healthcare settings. The focus is on strategies to safeguard the integrity, confidentiality, and availability of data exchanged between medical implants and external devices. This paper's main focus is the communication network security which takes connection to the implantable medical devices. The process of working with firmware is a bit critical so we concentrate on dealing with the unauthorized access prevention to IMD via a secure communication channel or the communication network using the Robust protocols. Furthermore, the paper emphasizes the importance of about the new networks Deep belief neuro-fuzzy network(DBNF) and EfficientNet-B3-Attn-2 fused Cascade Neuro-Fuzzy Network (ECD) to safeguard the implantable medical devices.
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