Within the emergency services sector, DHS identifies fire, rescue, and first responders as critical infrastructure delivering essential public safety services. These operations must be engineered for resilience from the outset. First responders depend on technologies such as computer-aided dispatch (CAD) and next-generation 911 (E-911), which can be susceptible to malicious interference.
Recent attacks have exploited these systems as entry points into poorly segmented municipal networks, sometimes halting dispatch operations entirely—paralyzing response efforts and placing lives in danger.
Protecting these systems demands security and resilience by design, supported by continuous monitoring, analysis, and validation of the CPS that sustain emergency service readiness.
Public sector coalitions, information-sharing groups, and other prestigious third parties continually recognize Claroty for our cyber-physical security leadership and innovation.
Our expansive partner ecosystem helps you solve your most pressing security problems, in an efficient, cost-effective way, eliminating potential for redundancy.
Our coverage of over 450 XIoT protocols enables us to offer unmatched visibility — and, thus, protection — for every type of cyber-physical system in the public sector.
Our award-winning threat research team is focused on disclosing ICS vulnerabilities as swiftly as possible to reduce risk and improve security globally.
CLOUD-BASED ICS/SCADA SECURITY
Claroty xDome is a highly flexible, modular SaaS-based solution that supports your entire cybersecurity journey.
ON-PREM ICS/SCADA SECURITY
Claroty Continuous Threat Detection (CTD) is a robust solution that delivers comprehensive cybersecurity controls for U.S Federal environments.
Claroty xDome Secure Access delivers frictionless, reliable, and secure remote access for internal and third-party personnel.
Want to learn more about how Claroty's portfolio will empower you to achieve cyber and operational resilience?
The Ivanti integration allow vulnerability and threat data on XIoT assets impacted by CVEs to be pulled from CTD into Ivanti Neurons for RBVM.
Exposure Management
CTD
Vulnerability & Risk Management
Ivanti Neurons for Risk-Based Vulnerability Management
Ivanti
To enrich the value of device profiles and their security context, Claroty integrates with numerous Microsoft systems:
Microsoft DHCP enriches Claroty data by adding accurate IP assignment information.
Claroty's integration with Microsoft Intune enriches mobile-managed device profiles with OS, application version, and other security attributes.
Claroty's integration with Microsoft Active Directory brings in data elements that provide additional asset visibility and profiling context.
For patch management, Claroty's integration to Microsoft SCCM improves OS and application visibility for domain attached devices to improve passive vulnerability correlation precision and overall coverage.
Claroty's integration with Microsoft Defender Advanced Threat Protection (MDATP) enables cloud application discovery and is supportive of DLP strategies.
Network Management, DHCP, Mobile Device Management, Patch Management
xDome/xDome for Healthcare
Vulnerability & Risk Management, Visibility & Insights
Microsoft Active Directory, Microsoft Defender ATP, Microsoft DHCP Server using WinRM, Microsoft Intune, Microsoft SCCM
Claroty
Claroty integrates with the Palo Alto Networks Cortex ecosystem and the Panorama™ firewall solution by fusing its knowledge of device profiles, communication protocols, and workflow requirements, feeding them directly into Panorama to enable an enterprise-class risk management capability.
Firewall, SIEM
xDome/xDome for Healthcare/CTD
NSM
Palo Alto NGFW
Claroty
The SolarWinds integration enriches xDome and the Medigate Platform with N-central's SNMP discovery of asset information and device status monitoring capabilities.
Network Management
xDome/xDome for Healthcare
Visibility & Insights
SolarWinds
Claroty