Medical devices are increasingly targeted by cyberattacks, with 24% of healthcare facilities reporting incidents in 2026. These attacks often disrupt patient care and highlight vulnerabilities in outdated technology - 44% of organizations still use unsupported devices with known risks. Cybersecurity benchmarking helps healthcare organizations measure and improve device security across their lifecycle, ensuring patient safety and regulatory compliance.
Key Takeaways:
- Cyberattacks Rising: 24% of facilities faced medical device cyberattacks in 2026, impacting patient care in 80% of cases.
- Outdated Devices: 44% of organizations rely on unsupported devices with unpatched vulnerabilities.
- Benchmarking Benefits: Identifies security gaps, tracks progress, and compares performance to industry peers.
- Frameworks to Know:
- HSCC JSP v2: Guides security across the entire product lifecycle.
- MDIC Benchmark: Quick tool to assess and compare cybersecurity maturity.
- HIC-SP Plan: Aims for "secure-by-design" medical devices by 2029.
Benchmarking is a continuous process that helps organizations prioritize risks, advocate for resources, and align with industry standards to protect patients and improve security practices.
Medical Device Cybersecurity Maturity: MDIC Industry Benchmarking Educational Webinar
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Key Standards and Frameworks for Medical Device Cybersecurity Benchmarking
Medical Device Cybersecurity Frameworks Compared: JSP v2 vs MDIC vs HIC-SP
When it comes to healthcare cybersecurity, no single framework covers all the bases. That’s why the medical device industry has developed several specialized tools to address its unique needs. Knowing what each framework offers - and how it fits into your strategy - can help healthcare organizations and manufacturers make smarter decisions about improving their security practices.
Overview of Key Industry Standards
Medical device cybersecurity frameworks are designed specifically for healthcare, not adapted from general IT security models. Here’s a quick look at some key options:
The HSCC Joint Security Plan (JSP) v2, launched in March 2024, serves as a total product lifecycle (TPLC) guide. It’s built around "secure-by-design" and "secure-by-default" principles and covers every stage of a device’s life - from concept and supplier management to design, verification, and postmarket maintenance. This makes it one of the most detailed resources available for medical device cybersecurity [7].
The MDIC Cybersecurity Maturity Benchmark offers a different approach. It’s a free, standardized tool that evaluates manufacturers across five areas: Organization, Risk Management, Design Control, Supplier Management, and Maintenance [2][6]. It takes just 15–30 minutes to complete and provides an instant report comparing your security posture through peer benchmarking [6]. In 2023, the average maturity score among participating manufacturers was 1.86 out of 5, up from 1.51 in 2022 - showing steady, if slow, progress [5].
The Health Industry Cybersecurity Strategic Plan (HIC-SP), introduced in February 2024, outlines a five-year goal: making all clinical technology secure by design and default by 2029 [5]. Greg Garcia, Cybersecurity Executive Director at HSCC, summed up the goal:
"Medical device manufacturers should use the benchmark report and the strategic plan to help upgrade the diagnosis of healthcare cybersecurity from 'critical condition' to 'stable condition' by 2029." [5]
These frameworks go beyond benchmarking - they also provide actionable guidance for implementation.
How Benchmarking Frameworks Are Applied
These tools are more than just theoretical guidelines - they’re meant to be applied in real-world settings. For instance, the JSP v2 serves as a detailed reference during MDIC maturity assessments. When answering assessment questions, organizations are encouraged to cite specific JSP line numbers, ensuring their responses are grounded in established best practices rather than vague assumptions [2]. This makes the frameworks practical and relevant for day-to-day assessments.
The most effective assessments involve cross-functional teams. It’s not just about IT or security staff - input from Product Security, Quality, R&D, and Risk Management can provide a more accurate and well-rounded evaluation [2]. Importantly, MDIC benchmark data is anonymized before it’s aggregated, which encourages honest participation [2][6].
The 2025 MDIC report highlights a shift in how the industry uses these tools. While earlier reports focused on identifying gaps and setting baselines, the current focus is on implementation metrics - tracking whether critical practices like postmarket monitoring, labeling transparency, and vulnerability disclosure programs are in place and working [1].
Choosing the Right Framework for Your Needs
The best framework for your organization depends on your specific goals. Here’s a quick guide to help you decide:
| Goal | Recommended Framework |
|---|---|
| Evaluate the full device lifecycle | HSCC Joint Security Plan (JSP) v2 |
| Compare security posture against industry peers | MDIC Cybersecurity Maturity Benchmark |
| Align with long-term security goals | Health Industry Cybersecurity Strategic Plan (HIC-SP) |
| Meet FDA premarket submission requirements | FD&C Act Section 524B + JSP guidance |
While the choice of framework is important, consistency in applying it is even more critical. For many manufacturers and healthcare delivery organizations (HDOs), the MDIC self-assessment is a great place to start - it’s free, quick, and gives you an immediate comparison to your peers [6].
How to Build and Measure a Medical Device Cybersecurity Benchmark
Key Inputs for Cybersecurity Benchmarking
Creating a strong cybersecurity benchmark requires pulling together data from across the total product lifecycle (TPLC). This includes asset inventories, risk management records, secure configuration documentation, and logs for tracking vulnerabilities.
Here's how the essential data inputs align with key benchmark components:
| Benchmark Component | Essential Data Inputs |
|---|---|
| Organization | Leadership structure (e.g., Chief Product Security Officer (CPSO) role), cross-functional team assignments |
| Risk Management | Threat modeling records, postmarket monitoring practices |
| Design & Development | Secure configurations, design controls, supplier records |
| Maintenance | Vulnerability tracking, Coordinated Vulnerability Disclosure (CVD) logs |
| Verification | Asset inventories, validation metrics, technical safeguard testing results |
Leadership plays a pivotal role. The Medical Device Innovation Consortium (MDIC) highlights that organizations with a Chief Product Security Officer (CPSO) consistently achieve higher levels of cybersecurity maturity across all domains [1]. If your organization lacks a dedicated product security leader, this will likely impact your benchmark scores.
Once you've identified the critical inputs, the next step is to organize the benchmarking process.
Steps to Build a Benchmark
- Assemble a cross-functional team: Include representatives from Product Security, Quality, R&D, and Risk Management. If resources are limited, a senior member of the Product Security team should take the lead [2].
- Select your framework and scope: Choose a widely recognized standard, such as the Health Sector Coordinating Council (HSCC) Joint Security Plan (JSP) v2, to ensure your benchmark covers the entire product lifecycle.
- Conduct the assessment and document context: Record qualitative insights along with scores. These notes will be invaluable for future reviews or when sharing findings with other teams.
- Compare against peer baselines: Use anonymized industry data to see how your scores stack up against others in your field [2].
- Identify gaps and plan remediation: Analyze category sub-scores to pinpoint weak areas. Treat the benchmark as a living document that evolves with your organization’s needs.
Using Quantitative Scoring to Drive Insights
Quantitative scoring turns general concerns into specific, measurable gaps that are easier to address. The MDIC benchmark breaks scores into domains, helping you identify areas of strength and weakness. For instance, if your Design Control scores are high but Supplier Management scores are low, it’s a clear signal to strengthen oversight of third-party risks.
The 2025 MDIC report notes a shift in the industry toward implementation metrics - focusing on whether practices like postmarket monitoring and vulnerability disclosure programs are not only planned but actively functioning [1].
"Organizations that reported using any cybersecurity maturity framework outperformed those that did not, across every domain." - Medical Device Innovation Consortium (MDIC) [1]
Conducting annual assessments is particularly effective. Treat benchmarking as an ongoing process rather than a one-time audit. This approach allows you to monitor progress year over year and adapt to changing industry standards [1][2]. Regular use of quantitative scoring ensures your benchmark remains an actionable tool and a cornerstone of your cybersecurity strategy.
How to Read and Act on Benchmark Results
Understanding What Benchmark Results Tell You
Benchmark results are most insightful when broken down by specific domains rather than relying on a single overall score. Why? Because an overall score might mask critical weaknesses. For instance, excelling in Design & Development won’t offset a poor score in Supplier Management, especially if that gap could lead to patient safety risks. The 2023 MDIC report highlights this, showing the average cybersecurity maturity rating for medical device manufacturers was 1.86 on a 0–5 scale, an improvement from 1.51 in 2022 [5]. This places the industry somewhere between "developing cybersecurity concepts" and "working to implement plans." Knowing this baseline is crucial - it helps pinpoint where to focus your efforts. Pay close attention to areas where your scores lag behind industry peers. For example, a low score in Postmarket/Maintenance might highlight vulnerabilities in connected devices used in clinical settings. This kind of detailed analysis lays the groundwork for effective, targeted improvements.
How to Prioritize Remediation Efforts
It's essential to prioritize fixes based on their potential impact on patient safety. The most critical gaps are those that could disrupt life-sustaining treatments, delay important diagnoses, or compromise sensitive patient data [8]. For instance, a vulnerability in a remotely accessible insulin pump controller would demand immediate attention.
Supply chain issues also require prompt action. If your Supplier Management scores are low, tools like Software Composition Analysis (SCA) can help identify third-party or open-source components with known vulnerabilities. Focus first on addressing those with active exploits [8].
"Medical device manufacturers now have a specific target for raising the bar: the five-year Health Industry Cybersecurity Strategic Plan... calls for technology used in the clinical environment to be 'secure by design and secure by default.'" - Greg Garcia, Cybersecurity Executive Director, HSCC [5]
Using Results to Support Governance and Vendor Oversight
Once you’ve outlined your remediation priorities, use these insights to strengthen governance and vendor oversight across your organization. Sharing benchmark findings with teams like Quality, R&D, Legal, and executive leadership ensures everyone understands their role in addressing gaps [2]. This turns technical data into a shared responsibility.
For vendor oversight, benchmark results provide objective evidence that can guide procurement and vendor management decisions. For example, if a vendor scores poorly on Coordinated Vulnerability Disclosure (CVD) practices, this should inform your third-party risk assessments and contract negotiations. Regular reassessments - such as annual re-benchmarking aligned with contract renewals - can help maintain consistent oversight and readiness for audits or regulatory inspections.
How to Embed Cybersecurity Benchmarking into Healthcare Operations
Setting Up a Recurring Benchmarking Program
To incorporate cybersecurity benchmarking effectively, align it with your QMSR processes, ensuring compliance with FDA requirements set to take effect in February 2026 [8][9]. This means embedding benchmarking practices into a Secure Product Development Framework (SPDF) that spans the entire device lifecycle. A recurring annual cycle is essential, as it allows you to measure progress against established standards like NIST CSF 2.0 and HICP 2023 [4][8].
Key Stakeholders and Their Roles
Once a recurring benchmarking program is in place, defining clear roles for stakeholders is critical for success. Below is a breakdown of the key players and their responsibilities:
| Stakeholder | Key Responsibility |
|---|---|
| Security & Risk Teams | Assess maturity levels based on frameworks, identify vulnerabilities, and set remediation priorities [4] |
| Compliance Officers | Ensure processes align with QMSR, ISO 13485, and FDA guidance for both premarket and postmarket phases [8][9] |
| Clinical Engineering | Offer operational insights for connected devices and flag dependencies tied to patient safety |
| Executive & Board Leadership | Leverage benchmarking outcomes to advocate for cybersecurity investments and shape strategic decisions [4] |
| AI Governance Committees | Manage third-party AI risk - currently, 70% of healthcare organizations have such committees [4] |
Collaboration across these groups is essential. Programs that foster shared ownership of benchmarking data among compliance, clinical, and security teams tend to drive faster and more impactful remediation efforts. This unified approach ensures that cybersecurity benchmarks are seamlessly integrated into daily operations.
Streamlining Benchmarking with Censinet RiskOps™
Scaling benchmarking efforts can be challenging as device inventories and vendor networks grow. Manual processes often fall short. That’s where Censinet RiskOps™ comes in - this platform automates repetitive tasks, speeds up analysis, and ties benchmarking results directly to governance and remediation workflows [3].
What sets this approach apart is its focus on linking risk to clinical and operational outcomes. This ensures that remediation priorities are based on their impact on patient care, rather than just numerical risk scores [3]. As Censinet explains:
"Censinet connects those activities [assessments, questionnaires, and reporting] to visibility, workflow, governance, and remediation in a coordinated operating model for healthcare risk." - Censinet [3]
This interconnected method is particularly valuable for managing medical device risks. A single vendor vulnerability can disrupt multiple clinical workflows, but Censinet RiskOps™ helps identify these dependencies early. By doing so, it prevents cascading risks and supports ongoing, scalable benchmarking efforts.
Conclusion: Moving Forward with Medical Device Cybersecurity Benchmarking
Medical device cybersecurity benchmarking plays a crucial role in ensuring patient safety. As connected devices like infusion pumps, imaging systems, and implantables become more integral to healthcare, the ability to measure, compare, and improve their security is no longer optional - it’s a necessity. Benchmarking turns vague assumptions into clear, actionable data. For instance, instead of unknowingly monitoring only 40% of imaging devices, or taking 120 days to fix critical vulnerabilities, benchmarking can reveal these gaps and push for improvements, like achieving a peer benchmark of under 45 days for remediation. This approach not only protects patients but also helps meet compliance standards.
Sticking to a consistent framework, such as NIST CSF, along with healthcare-specific guidelines, is key to maintaining reliable progress tracking. Constantly switching frameworks can disrupt trend data, making it harder to showcase improvements to stakeholders like boards, regulators, or auditors.
As organizations advance in their benchmarking journey, their priorities naturally evolve. For those just starting out, the focus should be on building a complete inventory of devices and establishing a baseline benchmark. This baseline isn’t a pass/fail test - it’s a starting point. On the other hand, more experienced programs should concentrate on quarterly benchmarking cycles, peer comparisons, and connecting metrics to clinical outcomes, such as fewer device downtimes or emergency replacements.
To maintain these advancements over time, strong infrastructure is vital. As highlighted earlier, an integrated risk management framework supports every stage of device security. Tools like Censinet RiskOps™ bring assessments, vendor management, and remediation together into one streamlined process, enabling continuous benchmarking [3]. By tying risk management to clinical outcomes, organizations can better protect patients and demonstrate their cybersecurity maturity to all stakeholders.
FAQs
What’s the fastest way to baseline my medical device cybersecurity maturity?
The quickest solution is leveraging the Censinet RiskOps™ platform, which automates real-time monitoring and seamlessly integrates with standard industry assessments. By replacing manual tasks, it simplifies reporting, helping organizations benchmark performance, spot risk gaps, and align with frameworks such as NIST CSF 2.0 and HICP. This method promotes ongoing improvement, speeds up vulnerability detection, ensures compliance, and enhances patient safety across the entire product lifecycle.
How do I choose a benchmarking framework without losing year-over-year tracking?
When choosing a framework and aiming for consistent year-over-year tracking, tools like Censinet RiskOps™ can make the process easier. These platforms help align newer frameworks (like NIST CSF 2.0, HICP 2023, and HPH CPGs) with your historical data. They handle automated mapping, offer trend-based reporting, and ensure your metrics stay consistent across assessments - even as your focus shifts or you adopt different frameworks.
Which benchmark metrics best show patient-safety impact and FDA readiness?
When it comes to ensuring patient safety and meeting FDA requirements, certain metrics are critical. These include:
- Time to Identify and Patch Vulnerabilities: How quickly security gaps are discovered and resolved.
- SBOM Completeness Rate: The thoroughness of the Software Bill of Materials in identifying all components.
- Percentage of Devices with Unresolved Cybersecurity Anomalies: The number of devices still affected by unresolved issues.
- SPDF Compliance Score: A measure of adherence to the Secure Product Development Framework.
- Postmarket Vulnerability Coverage Ratio: The extent to which vulnerabilities are addressed after a product is launched.
- Threat Modeling Update Frequency: How often threat models are reviewed and updated.
- Incident Response Time: The speed at which incidents are managed and mitigated.
Censinet RiskOps™ simplifies the process of tracking and reporting these metrics. This ensures healthcare organizations not only meet compliance standards but also maintain a secure environment for medical devices, ultimately protecting patient safety.
