Healthcare vulnerability management tools
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Cybersecurity Technology
Healthcare vulnerability management tools
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Cybersecurity Technology
IDENTIFY YOUR HEALTH SYSTEM’S VULNERABILITIES, MEASURE RISK, AND PROTECT AGAINST THREATS
Cybersecurity threats are becoming more sophisticated and growing in number every year. Health systems need to leverage the most up-to-date technologies like artificial intelligence and machine learning to maintain accurately assess and monitor their cybersecurity risk. The right healthcare vulnerability management tools closely monitor device behavior and reliable industry sources for data on vulnerabilities, patching, and threats. With increased vigilance and access to industry data, health systems can take responsive corrective actions to implement medical device patching and compensating controls with consistent processes to develop a true closed-loop remediation strategy.
White paper
Advancing Medical Device Cybersecurity Beyond Compliance
The cybersecurity regulatory, standards, and compliance landscape for healthcare organizations has evolved rapidly in recent decades. At the same time, cybersecurity risks are quickly outpacing responsive measures from both regulations and manufacturers. Health systems must simultaneously work towards two goals: compliance with a complex regulatory framework and strong internal processes standards for reducing cybersecurity risk. Download our white paper to learn about the characteristics of an effective risk management framework that drives compliance and protects healthcare technology infrastructure.
ACHIEVING SOLUTIONS FASTER FOR HEALTH SYSTEMS
TRIMEDX CYBER Advanced empowers healthcare IT leaders with vulnerability management tools designed to proactively reduce medical device cybersecurity risks throughout their organizations. By integrating seamlessly with leading medical device security platforms, TRIMEDX CYBER Advanced delivers real-time monitoring and rapid detection of anomalous device behavior and cybersecurity breaches, leveraging advanced machine learning to identify threats as they emerge.
A continually updated vulnerability database—matched precisely to each organization’s inventory—provides clear, actionable insights into the specific risks affecting your medical devices. This targeted approach enables health systems to prioritize remediation activities efficiently and accelerate the execution of critical cybersecurity projects.

Dynamic Risk Score
The Dynamic Risk Score incorporates information on three dimensions:
Vulnerability mitigation status
- Associated vulnerabilities
- Manufacturer responses
- Status of mitigation work
- Known exploited vulnerabilities (KEV)
Device details
- Could not locate (CNL) status
- ePHI capability
- Operating system
Device connectivity
- Connected to network
- Connectable but not connected to network
- Network capable but missing network option

The TRIMEDX CYBER solution offers healthcare vulnerability management tools that health systems need to be both vigilant and agile in reducing their cybersecurity risk profile. This includes quantified analysis and a prioritized inventory of an organization's risks, threats, and vulnerabilities. Our Clinical Asset Informatics platform is a streamlined resource to monitor vulnerabilities, prioritize potential threats, and streamline medical device patching projects. These efficiencies build a stronger coordination between cybersecurity, biomedical engineering, and capital planning activities. The combination of detailed informatics and cybersecurity risk data creates unparalleled visibility. Informatics users can stay better informed on crucial cybersecurity notifications with Informatics Subscriptions, delivered to email inboxes on a daily, weekly, or monthly basis for key metrics to help make effective, strategic decisions.
Comprehensive vulnerability intelligence and applied insights
The number of vulnerabilities that can impact healthcare technology, along with the pace of discovery of new vulnerabilities, can be an overwhelming amount of information for health systems to manage on their own.
TRIMEDX offers a vulnerability management database that consists of documented vulnerabilities, OEM-validated medical device patches, and compensating control options. The database is compiled from 80 intelligence sources, ensuring the most accurate cybersecurity profile for medical device inventories.

What sets the TRIMEDX database apart from other information sources is the ease of use for our clients. Our CYBER teams and healthcare vulnerability management tools match sourced data with tracked inventories, resulting in less fact-finding work for health system associates and faster action to secure devices.
Learn More About TRIMEDX CYBER Analysts
THE TRIMEDX CLINICAL ASSET INFORMATICS PLATFORM DELIVERS ACCESSIBLE CYBERSECURITY INSIGHTS
Through the Clinical Asset Informatics platform, IT leaders gain a streamlined resource to monitor vulnerabilities, prioritize threats, and simplify the medical device patching process. Enhanced cross-team coordination between cybersecurity, biomedical engineering, and capital planning is fostered by the integration of comprehensive informatics and risk data, ensuring unmatched visibility into device security.
Informatics subscriptions deliver email alerts to keep stakeholders informed with crucial cybersecurity notifications delivered directly to their inbox on a daily, weekly, or monthly cadence. This ensures leaders are equipped with the key metrics and insights needed to make effective, strategic decisions that protect patients, devices, and health systems with confidence.
With easy access to in-depth data and analytics, health systems can request work, monitor progress through the Threats and Projects dashboard, and watch each device’s risk and an organization’s overall risk profile dynamically change over time. All these complex moving parts are integrated into the TRIMEDX Dynamic Risk Score, which incorporates TRIMEDX’s available machine learning and AI monitoring sources, to inform actionable recommendations to prioritize and protect devices, health systems, and patients.
