The proliferation of Connected Medical Device Security has become essential with the rise of these connected medical devices, from smartwatches to biometric scanners, bridging the gap in healthcare delivery. As their use surged, the global market value is projected to hit $60 billion by 2027, a staggering $38 billion leap from 2020 (source: Deployment of Connected Medical Devices and Growing Applications of IoMT Drives the Healthcare Connected Devices Market across Different Regions). This growth amplifies the urgency for robust cybersecurity measures, ensuring the safety and privacy of patients’ data and the seamless functionality of these critical devices.
Increasingly, more people rely on these devices for their daily health management. But as a part of the Internet of Medical Things (IoMT Security on Connected Medical Devices), such devices are highly prone to cyberattacks. This past year, specifically, has demonstrated how vulnerable the healthcare sector is and there is a general lack of IoT healthcare security. So, it’s necessary to be aware of the potential threats and know how to combat them.
Security Risks of Connected Medical Devices
Stolen Patient Data
The proliferation of diverse Connected Medical Device Security, lacking standardized security measures, brings forth varying levels of vulnerability.
Unauthorized entries into medical databases can be detrimental to patients as well as healthcare organizations. Such databases contain troves of sensitive information such as insurance records and financial data. A data breach is a serious violation of patient privacy that can lead to penalties, lawsuits, and other costly consequences for healthcare providers.
Hacker-Controlled Medical Devices
Cyberattacks pose a grave danger by enabling hackers to infiltrate and manipulate personal medical devices. In addition to stolen records and data, cyberattacks also put patients’ welfare at risk. Attackers can hack and manipulate personal medical devices. In doing so, malicious actors have the power to adjust – and even turn on and off – these devices, potentially harming patients. For those who rely on these medical devices for everyday support, this is especially alarming.
Disruption in Patient Care
Ransomware is one of the most common attacks targeting connected medical devices. Hackers use this form of cyberattack to compromise vital files and even entire systems until medical service providers pay a ransom. During the pandemic, there were instances where hackers refused to give hospitals access to crucial, life-saving files and operations until they got paid. Prioritizing Connected Medical Device Security ensures that patient welfare remains paramount in the face of evolving cyber threats.
Damage to Reputation and Credibility
These cyberattacks also affect business reputation. Following a data breach, patients and other stakeholders may begin to doubt the security of their data. The medical field is built mainly on trust and credibility. It can be difficult to regain those once lost. Damage to reputation and credibility can cost a healthcare entity clients and money.
Prioritizing robust Connected Medical Device Security measures is essential not only for patient data protection but also for upholding the foundation of trust that the medical field relies upon.
How to Counter the Security Risks of Connected Medical Devices
While there is a slew of vulnerabilities associated with connected Medical Devices CyberSecurity, their benefits can’t be understated. This calls for a need for institutions to take countermeasures against the various threats through the following:
Orchestrated Firmware Updates
An advantage of connected devices is their ability to be regularly updated. During these firmware updates, ensure careful orchestration and that only authorized parties can make changes to the device (The 17 requirements for secure connected medical devices).
Should an update failure ensue, there must be a contingency plan in place. Either reboot the device and restart the update or replace the device altogether. Additionally, patients need clear instructions on how to configure their devices on their home network. The proper installation lets you establish an encrypted connection between the medical devices and the IoMT.
Secure Custom Software
Each medical institution utilizes its own software. These should all have security ingrained into each component, which is why many developers looking to work in healthcare today opt to take specialty courses on developing secure software. This, in turn, has led to a huge demand within the healthcare industry, one which is being met by higher education through the increasing number of graduates with software experience.
Moreover, users of the system and network should undergo online cybersecurity training to gain the skills necessary to spot network vulnerabilities.
Sepio’s Hardware Access Control
Enhancing Connected Medical Device Security: The Power of Physical Layer Visibility Fingerprinting.
When there are several devices within a network, some vulnerabilities may fall through the cracks. This is particularly true when there are manual reporting and employee intervention in the mix. This makes it that much easier for hackers to infiltrate the system. It opens up opportunities for installing unauthorized devices onto the network.
One way to circumvent this problem is by integrating physical layer visibility fingerprinting on each device on your network.
Sepio is the only company in the world that offers this service. Sepio’s HAC-1 Hardware Access Control, ensures that no device is left undetected. Each device is assigned a digital fingerprint, creating a more robust cybersecurity posture. Sepio effectively and automatically determines if a medical device becomes vulnerable or if unauthorized network devices and connections are linked to the network.
See every known and shadow asset. Prioritize and mitigate risks.
Talk to an expert. It will help you understand how to use Sepio’s patented technology to gain control of your asset risks.
