Biohacking and Cybersecurity: The Threat of Implanted Medical Devices

The combination of biotechnology and information technology has led to noteworthy progress in medical care, especially in the creation of implanted medical devices (IMDs) such as insulin pumps, cardiac pacemakers, and even brain interfaces. These IMDs have transformed patient therapy through their ability to provide therapeutic intervention along with real time monitoring. Unfortunately, IMDs have significant cybersecurity concerns, especially with the rise of wireless communication and network integration. These concerns put the safety of the patient, data privacy, and the public health at risk [1]. The risks of malicious attacks and access to restricted information are the foremost topics of this study in regard to the complex cybersecurity challenges associated with IMDs. A large number of IMDs are vulnerable to remote attacks as they lack sufficient identity verification and coding mechanisms, as reviewed in numerous analysis studies [2]. Altering or attempting to enhance IMDs beyond the scopes of their intended use creates new threats, making the security environment more challenging.[4] This research focuses on the gaps in IMDs’ security features with respect to cyber-attacks and actual security breaches that have happened. The research intends to address the concerns with encryption methods, multi-factor authentication, AI and blockchain solutions. Also, the ethics and issues of governance related to IMD cyber security are addressed. It is crucial for ensuring the safety of patients while proactively preventing harmful interference or disruption in the field of medical cyber technology to fortify defenses and change policies.[5]