Sentinari vs. Forescout Medical Device Security

Sentinari is a modern cybersecurity platform focused on accelerating the detection of social engineering attacks by capturing what it calls the “Human Signal.” Built with a mobile-first approach, it allows employees to instantly report suspicious calls, phishing emails, fraudulent texts, or social media scams directly from their smartphones. By removing complex reporting processes that require desktops, forms, or helpdesk tickets, Sentinari makes frontline threat reporting fast and intuitive. The platform automatically structures employee-submitted information into formal security events and forwards them into SIEM and threat intelligence systems. Its CrowdPulse AI technology triggers rapid, organization-wide polling to determine how widespread a suspected attack may be. This real-time intelligence provides security teams with early visibility into campaigns that might otherwise go unnoticed. Alerts and guidance are delivered directly to employees’ devices, ensuring they receive timely updates without relying solely on email communication. Sentinari replaces fragmented workflows with a streamlined feedback loop that connects staff insights directly to cyber defense operations. By enriching existing security stacks with human-generated intelligence, it strengthens overall situational awareness. The solution encourages a culture where employees are viewed as assets rather than liabilities in cybersecurity strategy. Instead of treating reports as routine support tickets, Sentinari prioritizes them as actionable security alerts. Through faster reporting, live sentiment tracking, and integrated intelligence sharing, the platform helps organizations stay ahead of evolving social engineering threats.

Forescout Medical Device Security, a specialized healthcare offering, is integrated within the Forescout Continuum platform. Previously known as the CyberMDX Healthcare Security suite, this solution delivers ongoing, real-time visibility and identification of all medical devices linked to your clinical network. It assesses the risk associated with each device, factoring in recognized vulnerabilities, potential for attacks, and their importance to operations. This continuous monitoring and analysis extend to connected medical devices, the clinical network itself, and even those behind firewalls or serial gateways. Additionally, it provides a straightforward risk assessment for each medical device based on existing exposures and possible attack vectors, while also considering their operational significance through the use of AI and rule-based detection of threats. Each medical device is assigned its own security protocols and access controls, and the intelligent isolation feature prevents unauthorized access by blocking potential threats. This comprehensive approach ensures that healthcare facilities can maintain robust security while safeguarding critical devices.