Rural hospitals face the same cybersecurity expectations as larger health systems, even when the resources available to meet them look very different.
By Don Seven, CISM, SecurityX, CySA+
A cybersecurity vulnerability does not become less serious because it exists in a small rural hospital. The vulnerability may be identical to one found in a large health system, and the expectation to manage that risk should remain. What changes dramatically is the environment surrounding the response.
Who is available to investigate the vulnerability? Who owns the clinical system? Does the hospital have internal healthcare technology management (HTM) personnel? Is another system available if the affected equipment needs to be taken out of service? Does the manufacturer still support it? Most importantly, does the organization have the resources and authority necessary to implement the recommended remediation?
Through my work with clinical systems across healthcare organizations of very different sizes, I have seen how easily limited resources can be interpreted as a lack of concern or effort. In many cases, that conclusion is wrong. Rural hospitals often recognize their cybersecurity risks and want to address them. Their challenge is implementing the same fundamental cybersecurity functions with substantially different staffing, funding, equipment redundancy, and access to specialized expertise.
This is where cybersecurity begins to show its true colors as a business decision. The technical answer may be clear, but whether an organization can implement it may depend on available capital, clinical priorities, manufacturer support, staffing, and the operational consequences of taking a system out of service.
The standard should remain firm. The path toward meeting it, however, must account for the environment in which the work is actually being performed.
When Anything Technical Becomes IT
One of the most consistent differences I have encountered in rural healthcare is the organizational structure surrounding clinical technology.
Larger health systems may have separate HTM, information technology, networking, information security, compliance, clinical engineering, and capital-planning resources. In many rural facilities I have worked with, there was no internal biomedical or HTM department at all.
In some cases, there was essentially a biomedical room available for outside contractors when they came onsite, but no internal HTM staff responsible for the clinical-equipment environment.
As a result, IT became the executor of many biomedical projects and planning activities simply because IT was the technical resource available inside the hospital.
The problem was not a lack of ability or effort from IT. The problem was attempting to manage clinical technology using a model designed primarily for conventional information technology.
A medical device may contain familiar components: a Windows operating system, network interface, IP address, database, or common network protocols. That does not make it equivalent to a workstation or server. Clinical systems introduce manufacturer restrictions, service relationships, validation requirements, patient-care dependencies, specialized maintenance requirements, and equipment lifecycles that traditional IT processes may not account for.
Changes must also be considered within the manufacturer-supported and validated configuration of the system. I have encountered a situation where a remediation altered the system’s software or programming enough that the resulting configuration no longer reflected what, in that instance, had originally been presented to the US Food and Drug Administration for clearance or approval. In clinical technology, closing a cybersecurity vulnerability without considering those downstream consequences can create an entirely different problem.
IT may understand the vulnerability but lack authority to modify the manufacturer’s configuration. A contracted biomedical provider may maintain the equipment but have little responsibility for enterprise cybersecurity risk. Clinical leadership may understand the consequences of downtime but not the technical exposure. The manufacturer may control the supported remediation path while having no responsibility for the hospital’s broader risk-management decisions.
Everyone may be involved while no one completely owns the outcome.
The Same Vulnerability Can Create a Different Decision
My perspective on these differences comes partly from having worked at both ends of the healthcare-resource spectrum, including experience within a health system encompassing approximately 4,700 beds, as well as much smaller rural facilities.
Large organizations are not automatically better at clinical cybersecurity. Additional departments can create additional handoffs, disagreements about ownership, and slower decision-making. I have encountered clinical systems without clearly established owners in larger environments as well.
What larger organizations generally have is more options.
There may be specialized personnel available to investigate a finding, greater equipment redundancy, established manufacturer relationships, dedicated cybersecurity tools, and more flexibility to coordinate downtime. Rural hospitals may be working with a much smaller group of people responsible for several overlapping technical functions.
That changes what a seemingly simple instruction means.
“Patch the system” sounds straightforward until the manufacturer has not approved the patch, the service agreement has expired, the clinical application requires an upgrade, or the system cannot be taken out of service without affecting patient care.
“Replace the system” sounds straightforward until the vulnerable equipment is still clinically functional and replacement requires capital the hospital does not currently have.
“Remove it from the network” sounds straightforward until connectivity is necessary for the clinical workflow.
The difference is not competence versus incompetence. It is the type of friction each environment must overcome.
Limited Resources Should Not Mean Unmanaged Risk
Recognizing those constraints does not mean rural hospitals should receive a pass on cybersecurity. If a vulnerable clinical system cannot be immediately patched, upgraded, or replaced, the organization still has a responsibility to manage the risk.
The question becomes what can reasonably be done now.
That may mean obtaining manufacturer guidance, identifying an accountable system owner, restricting unnecessary network communications, applying compensating controls, increasing monitoring, documenting why direct remediation is unavailable, or establishing a replacement plan.
The appropriate response depends on the system and its clinical function. What matters is that the vulnerability does not simply disappear from organizational attention because the preferred remediation is unavailable.
This distinction is important when evaluating cybersecurity maturity.
There is a meaningful difference between an organization that does not know a vulnerable system exists and an organization that has identified the vulnerability, investigated its options, documented why immediate remediation is not possible, implemented reasonable controls, assigned responsibility, and established a plan for eventual resolution.
Both organizations may still have a vulnerable system. They are not managing the risk in the same way.
Assess Risk Management, Not Purchasing Power
Regulators, accreditors, cybersecurity professionals, and healthcare leadership should not lower fundamental expectations because a hospital is rural. Patients and the clinical systems supporting their care deserve protection regardless of ZIP code.
At the same time, measuring cybersecurity maturity solely by whether every vulnerable system has been patched or replaced risks confusing purchasing power with risk management.
A more meaningful evaluation asks whether the organization knows what it owns, understands its exposure, has assigned responsibility, has sought manufacturer guidance when necessary, has implemented feasible controls, and has established a path toward remediation or replacement.
It should also ask whether leadership has provided the people, authority, and funding necessary to perform those functions.
For some rural organizations, external HTM, cybersecurity, or clinical-engineering support will be necessary. The specialized expertise required to manage modern connected clinical technology cannot reasonably exist internally at every small hospital.
Seeking that expertise should not be viewed as evidence of failure.
Expecting a small IT department to simultaneously perform infrastructure management, cybersecurity, user support, medical device management, manufacturer coordination, compliance activities, and clinical-technology lifecycle planning may create the larger risk.
Same Standard, Different Path
Rural and large health systems should ultimately be held to the same fundamental expectation: identify cybersecurity risk and manage it responsibly.
They will not always reach that outcome through the same staffing model, technology, budget, or timeline.
The strongest rural cybersecurity programs will not necessarily be those with the newest equipment or largest security platforms. They will be the organizations that understand what they own, establish who is responsible, recognize when clinical technology cannot be treated like conventional IT, document why a direct remediation is unavailable, implement reasonable controls, and keep unresolved risks moving toward a sustainable solution.
Limited resources should never become an excuse for unmanaged risk. They also should not automatically be mistaken for negligence.
The better question is whether the organization can demonstrate that the risk is known, owned, reasonably controlled, periodically reassessed, and moving toward resolution.
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About the author: Don L. Seven is a senior clinical systems security engineer whose work focuses on connected medical technology, vulnerability governance, manufacturer coordination, and collaboration among HTM, IT, cybersecurity, and clinical teams. He is also an independent researcher examining the intersection of cybersecurity, information technology, healthcare technology, and human behavior.
