The integration with Rockwell Automation allows Rockwell customers to leverage Claroty's expertise with vulnerabilities, risks, and threat intelligence to enhance Rockwell AssetCentre's data management, centralized inventory, backup, and recovery coverage for the industrial networks.

The integration sends over 60 attributes from Medigate by Claroty to Accruent, including device Identification, Location, OS, Application Versions, Serial Numbers, Firmware, Network Status, Security Posture, Utilization, and Operating Requirements.

Claroty also ingests device data from Accruent, enhacing the value delivery of both solutions.

The integration with AIMS enables Medigate by Claroty to dynamically export enriched device profiles including security attributes, location, and utilization details to the AIMS asset management platform.

Alerts and threat intelligence that trigger remediation activities are also passed from Medigate to AIMS. In turn, AIMS passes back resolutions to Medigate to ensure information synchronization.

CloudVision AGNI takes a novel approach to enterprise network identity management. Built on a modern, cloud-native microservices architecture, the CV AGNI solution leverages AI/ML to greatly simplify the secure onboarding and troubleshooting for users and devices and the management of ever-expanding security policies.

CloudVision AGNI leverages device context from Medigate by Claroty. This greatly simplifies the identification and onboarding process and application of segmentation policies.

Enhance network visibility with Claroty's granular intelligence of connected devices used for endpoint profiling through roles and role-mapping rules to create effective enforcement policies, through Aruba's ClearPass Policy Manager.

The Claroty AirWave integration allows Claroty to connect with Aruba AirWave server and import visibility data for wired and wireless devices, that are connected using AirWave infrastructure.

The integration between Axonius and Claroty's suite, such as xDome, Continuous Threat Detection (CTD), and Medigate, significantly enhances asset visibility and management across IT, OT, IoMT, and IoT environments. Axonius aggregates asset information from Claroty's solutions, providing organizations with a unified view of all devices accessing their networks.
This comprehensive visibility extends to traditional IT devices, industrial control systems, and specialized healthcare IoT devices, allowing organizations to identify and categorize assets based on criticality and security posture.

The Claroty CTD Connector for AUVESY versiondog fuses CTD’s XIoT visibility with versiondog’s data management capabilities to automate, optimize, and centralize an organization's inventory, risk and vulnerability assessment and correlation, and backup and recovery coverage for OT assets.

Bluecat enriches the data within xDome and the Medigate Platform by adding accurate IP assignment information.

The Medigate Platform and Capsule integration extends Medigate's visibility to medical devices serially connected to Axon Connectivity Hubs. These are commonly placed in areas with a high concentration of beds, including the ICU, PACU, and NICU.

The integration also provides Medigate’s device profiling and vulnerability correlation benefits to Axon Hubs.

The integration requires an available HL7 interface to Capsule.

Claroty shares device profiles, rule-sets, risk attributes, and application information with Check Point’s IoT Protect SmartConsole for an integrated firewall management experience.

ColorTokens Xshield is a cloud-based zero trust micro-segmentation solution that helps organizations to protect their workloads from cyberattacks, including lateral movement of threats and insider threats.

Together, Medigate and ColorTokens deliver a powerful solution to protect your IT and IoMT network. Xshield enables you to visualize all your clinical applications and medical devices and their communications, enriched by the deep IoMT asset descriptive data provided by the Medigate Platform.

DeNexus DeRISK provides automated, continuous, and data-driven cybersecurity risk quantification data provided by CTD to help cybersecurity professionals and executives communicate in financial terms.

The integration with Elisity supports simple API connectivity to Claroty's industrial and healthcare solutions to enrich XIoT device discovery and identity for streamlined enforcement.

The EQ2 integration enables the EQ2 Platform to export visibility data and actions to the EQ2 asset management platform, enhancing the data quality held in its inventories.

Forescout augments its XIoT asset inventories with Claroty’s automated device profiles.
Claroty auto-generates device and group-specific security policy baselines and passes them along to Forescout to help NAC administrators define appropriate segments and deploy security policies more quickly and accurately.

The integration with Infoblox enriches the data in xDome and the Medigate Platform by adding accurate IP assignment information.

The Ivanti integration allow vulnerability and threat data on XIoT assets impacted by CVEs to be pulled from CTD into Ivanti Neurons for RBVM.

The integration with Jamf enriches Claroty's identification, profiling capabilities, and management of mobile devices by providing OS details, installed apps, and more.

The MediMizer integration enables the Medigate Platform to export visibility data and actions to the MediMizer asset management platform, enhancing the data quality held in its inventories.

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.

The integrated Claroty and Mission Secure solution enables organizations to gain not only complete visibility into their OT networks, but also the ability to enforce granular, context-aware cybersecurity policies.

The MobileIron integration enriches Claroty’s device identification and profiling capabilities of mobile-managed devices by providing OS details, installed apps, and more.

Netography Security is a cloud-native Network Defense Platform (NDP) that helps organizations to detect and respond to cyberattacks in real-time. It analyzes network traffic from across the organization, including hybrid, multi-cloud, and on-prem networks, to identify threats and anomalies.

The integration sends asset information from xDome to enrich the NDP inventory of the OT environment. Netography Security can also automatically respond to threats, such as blocking malicious traffic or quarantining infected devices.

The combined technology enables auditors to establish an accurate baseline view of network architecture and cybersecurity posture. This information can then be used to set up continuous monitoring that enables immediate response and adaptation to disruptions.

The Nuvolo integration continuously synchronizes with the Medigate Platform all connected asset data ensuring a single source of truth.

Open Cloud Factory leverages Medigate’s, By Claroty, deep situational awareness to enrich its organizational-wide inventory(holistic; IT, IoT, OT). This combination enables precision-based medical device profiles. Leveraging this increased precision and additional Medical Device context allows for optimal preventive and responsive network security controls from OCF’s centralized enforcement point.

Leveraging the Opscura - Claroty integration minimizes network change management and network process workflows for a faster deployment. Additionally, Claroty enriches Opscura's device modeling so that it can have more accurate visibility into the network where it is deployed.

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.

The integration with QRadar enables vital communication events, alerts, and vulnerabilities data to flow into QRadar.

The integration with Qualys’ Cloud Platform enhances the asset profiling data held in Qualys inventories and enables identity-based scanning to detect asset vulnerabilities and critical misconfigurations. Likewise, the results of Qualys scans are ingested into Claroty to update asset security postures and trigger appropriate remediation workflows.

By providing missing device identity and incident context, the integration between Rapid7 and Claroty provides actionable threat intelligence to Rapid7 InsightIDR.

The integration with Rockwell Automation allows Rockwell customers to leverage Claroty's expertise with vulnerabilities, risks, and threat intelligence to enhance Rockwell AssetCentre's data management, centralized inventory, backup, and recovery coverage for the industrial networks.

Claroty provides enrichment and coverage as it passes deeply granular unmanaged endpoint, security attributes, and device profiles to SentinelOne Singularity (Singularity Core and Singularity XDR) with state-of-the-art detection and threat correlation capabilities that ensure rapid, targeted incident response efficiencies.

The SolarWinds integration enriches xDome and the Medigate Platform with N-central's SNMP discovery of asset information and device status monitoring capabilities.

The integration with Splunk allows it to consume xDome, CTD, and the Medigate Platform’s device profiling, vulnerability, risk insights, advanced traffic monitoring and threat/alert data. The combined solution powers Splunk’s advanced analytics, visualization and reporting capabilities. working with its native OT data model thus enabling advanced investigative detection and response workflows around the XIoT.

Claroty xDome in Splunk Store
Claroty CTD in Splunk Store

Industrial organizations can safely secure their CPS environments with Claroty’s network detection capabilities and Sygnia’s MXDR and Incident Response service.

Claroty’s network detection data serves as a telemetry source for Sygnia’s Velocity MXDR platform, enabling threat analysis. Sygnia’s experts then triage threat indicators, investigate incidents, and conduct forensic analysis. The final phase involves Sygnia’s Incident Response, including crisis management, containment, remediation, threat monitoring, and recovery to ensure the continuous operation of your business.

The integration with Tanium allows each platform to share its captured complement of device IDs and attributes that when combined, create a single source of truth for all connected assets.

The Tenable.io integration delivers a next-generation Vulnerability Management (VM) capability called identity-based scanning. This capability maximizes the comprehensiveness of vulnerability assessments across all segments of the network, while avoiding any disruptions. Vulnerability data produced by Tenable.sc is fed back to Claroty’s platform to enhance the risk assessments of all connected assets.

Tines is a no-code automation platform that allows anyone to connect their technology stack and automate any repetitive manual task, regardless of complexity. It is a cloud-based platform that is easy to use and does not require any coding knowledge.

Integrating xDome with Tines enables Tines users to automate activity on the basis of insights generated by Claroty.

The integration with TRIMEDX RSQ delivers a real-time inventory of all connecting IoT and IoMT devices. The Medigate Platform delivers fully-attributed device profiles to RSQ, including manufacturer, make, model, operating system (OS), embedded software, communication protocols, serial numbers, location, and asset utilization information. The integration also enables analysis of device network communications to accurately detect anomalous behavior and automatically trigger appropriate RSQ remediation workflows.

The integration with VMWare enables detailed device inventories and automated policy recommendations to be fed into VMware NSX simplifying and strengthening software-defined networks (SDNs), including those found in virtualized data center environments (SDDC).