Dark Reading is part of the Informa Tech Division of Informa PLC

This site is operated by a business or businesses owned by Informa PLC and all copyright resides with them.Informa PLC's registered office is 5 Howick Place, London SW1P 1WG. Registered in England and Wales. Number 8860726.

Threat Intelligence

Medical Devices Fall Short in Security Best Practices

More than half of medical device makers and healthcare delivery organizations anticipate an attack on their medical devices within the next 12 months, but only a smattering take significant steps to prevent it, according to a survey released today.

Over the next 12 months, 67% of medical device makers expect an attack on their devices, but only 17% of these companies are taking significant steps to prevent it, according to a Ponemon Institute study released today by Synopsys.

The study, Medical Device Security: An industry Under Attack and Unprepared to Defend, also found similar results for the healthcare delivery organization (HDO) industry, with 56% of survey respondents anticipating an attack on their devices within the next 12 months and 15% taking significant measures to mitigate it.

Part of the reason may rest with the survey results that show only one-third of the 550 North American medical device makers and HDO organizations were aware of potential adverse effects on patients due to insecure medical devices. But Mike Ahmadi, global director for critical systems security for Synopsys' Software Integrity Group, said a company's action (or inaction) to mitigate attacks often comes down budget.

"When you look at preventing attacks, it doesn't make patient care any better. It's only looked at as a cost," he says.

Hurdles in Building Secure Medical Devices

According to the survey, 80% of respondents characterized medical device security as difficult to achieve. The top three challenges they cited included a lack of knowledge and training in building secure code, accidental coding errors, and pressure to meet production deadlines, the survey found.

But Ahmadi noted production deadlines are by far the biggest reason why companies don't put into place secure coding practices.

"Everything comes down to money," Ahmadi says. "We have come to people and told them we found a problem in their code and they say they can't fix it because they are too far along in the development process."

The stakes are high in the healthcare field, where it can take anywhere from 18 months to three years and beyond to get Food and Drug Administration (FDA) approval for a medical device, while in the meantime it's costing thousands, upon thousands of dollars to keep operating during the approval process, Ahmadi says.

This pushback is nothing new for the security industry, which has endured similar tensions with other industries when software development teams are told to rework the code because of security flaws found in the software.

Trifecta Impact on Medical Device Security

Lax security testing, a lack of accountability and the FDA's cybersecurity guidance versus mandatory requirements have been detrimental to establishing strong cybersecurity on medical devices, according to the report.

According to the survey, 43% of medical device manufacturers and 53% of HDOs do not conduct cybersecurity testing on their medical devices. Meanwhile, only 9% of device makers and 5% of HDOs conduct medical device testing at least once a year.

And cybersecurity accountability at medical device makers and HDOs can sometimes be a mystery. It turns out that nearly one-third of survey respondents for both medical device makers and HDOs had no single person or job function that was primarily responsible for cybersecurity for the devices.

Lastly, only 51% of medical device makers and 44% of HDOs adhered to the voluntary FDA guidelines designed to mitigate cybersecurity risks in medical devices, according to the survey.

FDA Fact or Fiction?

Over the years, Ahmadi complained that the FDA has loosened regulations and guidelines on medical devices to where, in the case of Medical Device Data Systems (MDDS) these devices have morphed from a Class III device with high risk to a Class 1, low-risk, in February 2011, according to FDA documents. And in February 2015, according to FDA documents, the agency deregulated Class 1 MDDS devices to a classification as unregulated.

There are no cybersecurity laws for these devices and only voluntary guidelines, he noted. He added there is talk outside of the FDA to try to the voluntary guidelines into mandatory requirements.

In the last week of December, the FDA issued guidelines for handling cybersecurity monitoring on post-market medical devices. The voluntary guidelines were issued a couple weeks prior to the FDA's announcement in the controversial case involving St. Jude Medical's pacemaker devices and allegations by hedge fund Muddy Waters Capital and security researcher MedSec that vulnerabilities in St. Jude's pacemakers could potentially put patients at risk. In early January, the FDA confirmed the St. Jude vulnerabilities, putting out a notice to the public.

The FDA, however, contends it has regulations in place that address cybersecurity.

"Medical device manufacturers must comply with federal regulations. Part of those regulations, called quality system regulations (QSRs), require that medical device manufacturers address all risks, including cybersecurity risk," said an FDA spokeswoman. "The FDA has issued pre- and post- market cybersecurity guidances to provide recommendations for manufacturers to meet QSRs. These guidances represent the agency’s current thinking on this topic."

Manufacturers may choose to follow the recommendations in these guidelines, or they may choose other methods of managing cybersecurity in their devices, providing they comply with the QSR requirements and all other applicable FDA laws and regulations, she added.

But Morey Haber, vice president of technology for BeyondTrust, said cybersecurity basics should be enforced on every device sold that covers a life-saving function like a pacemaker or insulin pump.

"If the government can provide specifications for cars to have safety standards, there's no reason they should not be applied to medical devices, as well. This is especially true if a hack could potentially kill someone," Haber said.

Related Stories:

Dawn Kawamoto is an Associate Editor for Dark Reading, where she covers cybersecurity news and trends. She is an award-winning journalist who has written and edited technology, management, leadership, career, finance, and innovation stories for such publications as CNET's ... View Full Bio
 

Recommended Reading:

Comment  | 
Print  | 
More Insights
Comments
Oldest First  |  Newest First  |  Threaded View
RyanSepe
50%
50%
RyanSepe,
User Rank: Ninja
5/30/2017 | 9:07:56 AM
Previous Experience
My previous experience as an Information Security Professional in Healthcare validates the truth of this article. The main argument is that if security in any way jeopardizes patient care then the safeguard is not to be implemented. Which, in my opinion, is a valid argument as patient care is paramount. The key to enhancing security is seamless integration. Without it, this will continue to be the case.
bpaddock
50%
50%
bpaddock,
User Rank: Strategist
5/30/2017 | 1:28:40 PM
Medical Devices lack processing power and battery power
It is not that we do not know how to secure the devices, the problem is lack of power in terms of CPU horse power and battery power.

Like it or not high grade encryption/decryption is an energy intensive item and such energy is not available in many medical devices due to the limitations of today's batteries.

 
COVID-19: Latest Security News & Commentary
Dark Reading Staff 6/5/2020
Abandoned Apps May Pose Security Risk to Mobile Devices
Robert Lemos, Contributing Writer,  5/29/2020
How AI and Automation Can Help Bridge the Cybersecurity Talent Gap
Peter Barker, Chief Product Officer at ForgeRock,  6/1/2020
Register for Dark Reading Newsletters
White Papers
Video
Cartoon Contest
Write a Caption, Win a Starbucks Card! Click Here
Latest Comment: What? IT said I needed virus protection!
Current Issue
How Cybersecurity Incident Response Programs Work (and Why Some Don't)
This Tech Digest takes a look at the vital role cybersecurity incident response (IR) plays in managing cyber-risk within organizations. Download the Tech Digest today to find out how well-planned IR programs can detect intrusions, contain breaches, and help an organization restore normal operations.
Flash Poll
Twitter Feed
Dark Reading - Bug Report
Bug Report
Enterprise Vulnerabilities
From DHS/US-CERT's National Vulnerability Database
CVE-2020-12848
PUBLISHED: 2020-06-05
In Pydio Cells 2.0.4, once an authenticated user shares a file selecting the create a public link option, a hidden shared user account is created in the backend with a random username. An anonymous user that obtains a valid public link can get the associated hidden account username and password and ...
CVE-2020-12849
PUBLISHED: 2020-06-05
Pydio Cells 2.0.4 allows any user to upload a profile image to the web application, including standard and shared user roles. These profile pictures can later be accessed directly with the generated URL by any unauthenticated or authenticated user.
CVE-2020-13842
PUBLISHED: 2020-06-05
An issue was discovered on LG mobile devices with Android OS 7.2, 8.0, 8.1, 9, and 10 (MTK chipsets). A dangerous AT command was made available even though it is unused. The LG ID is LVE-SMP-200010 (June 2020).
CVE-2020-13843
PUBLISHED: 2020-06-05
An issue was discovered on LG mobile devices with Android OS software before 2020-06-01. Local users can cause a denial of service because checking of the userdata partition is mishandled. The LG ID is LVE-SMP-200014 (June 2020).
CVE-2020-13839
PUBLISHED: 2020-06-05
An issue was discovered on LG mobile devices with Android OS 7.2, 8.0, 8.1, 9, and 10 (MTK chipsets). Code execution can occur via a custom AT command handler buffer overflow. The LG ID is LVE-SMP-200007 (June 2020).