Safeguard patient data and system integrity
With rising cyber threats and stringent regulatory requirements, vulnerability management must go beyond traditional patch management. vRx offers healthcare organizations an advanced solution for identifying, prioritizing, and remediating vulnerabilities in real-time.
Vulnerability Management for Healthcare
Enhanced Compliance and Patient Trust
vRx simplifies vulnerability tracking and reporting, helping your organization meet regulatory requirements while building trust with patients by demonstrating a commitment to safeguarding their information.
Reduce Manual Processes
Manual vulnerability management can drain resources and increase risk. vRx automates discovery, prioritization, and remediation processes, allowing your IT staff to focus on strategic initiatives rather than routine tasks.
Protect Critical Healthcare Systems
Many healthcare organizations rely on legacy systems and protecting these critical assets is essential. When patches are unavailable or cannot be deployed, vRx’s Patchless Protection ensures that essential systems are secured without disrupting patient care or operational efficiency.
Key Features
Automated Remediation
vRx monitors all your assets in real-time and offers up-to-date visibility of all systems and applications. When it finds vulnerabilities, vRx automatically deploys patches and employs advanced techniques like Patchless Protection and scripting solutions to remediate them.
Smart Prioritization
Beyond CVSS, vRx analyzes various risk factors such as exploitability, impact on patient care, and regulatory requirements. This intelligent prioritization ensures your teams focus on the most critical vulnerabilities, bolstering your overall risk management strategy.
Third-Party Coverage
vRx offers extensive coverage for thousands of third-party applications, enabling you to manage vulnerabilities across your entire technology stack from a single platform. This reduces the need for multiple tools, streamlining operations and enhancing overall visibility.