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Claroty provides a cyber-physical systems (CPS) protection platform to secure mission-critical infrastructure. Built on a foundation of deep industry expertise and asset visibility, the platform’s broad solution set comprises exposure management, network protection, secure access, and threat detection, and can be deployed in the cloud via Claroty xDome or on-premise with Claroty CTD. Backed by threat research from Claroty’s Team82 and a breadth of technology alliances, the Claroty Platform enables organizations to effectively reduce CPS risk with faster time-to-value and lower total cost of ownership. The company is headquartered in New York City with a presence in EMEA, Asia-Pacific, and the Americas.
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One of the biggest positives of using xDome is that it sees everything in my environment and integrates with most tools from other vendors to enrich and further refine the data available in the platform. This makes it very hard for rogue devices to hide on our network and also makes it easy to identify devices that are corporately owned but not familiar to me. It also became a very important tool during a large ransomware forensic investigation and was praised by the 3rd party incident response team that assisted. Efforts to segment medical devices were made so much easier with the help of the xDome Data Team in creating exportable DACLs that were ready for enforcement. Claroty has good product documentation as well and their support staff are great to work with throughout the life cycle of open support tickets, even providing regular updates prior to resolution just to let you know that they haven't forgotten you and are still working the ticket. Claroty also really listens to their customers about areas where improvement is needed and they are constantly adding new useful features and functionality and allow customers to request specific improvements via their idea portal. Medical device documentation being available within the platform is a great thing as well as it can be helpful when determining if 3rd party endpoint protection can be installed or other various questions that come up. The platform itself is very easy to use and allows for RBAC so that staff outside of Cyber Security and Information Technology departments can use it to track their devices from a location and utilization standpoint as well as a vulnerability and maintenance standpoint.
Detailed asset visibility: When the platform receives information from a device, it generates a highly detailed activity report, also providing valuable information on CVEs, EoS, etc. Active Query: Allows you to generate queries from your sensors to obtain additional information on devices not detected through listening ports. This allows us to schedule tasks and keep information on the most critical networks up-to-date. Connection pattern detection and zone rules: The platform allows us to customize visibility by zone, network, device type, or a combination of all. This helps us generate reports and share them with external departments or technology departments closely linked to production.
What I like most about Clarotys xSA is that it is purpose-built for cyber-physical system environments rather than adapted from traditional IT remote access tools. It provides granular, least-privilege access controls, strong session visibility and comprehensive auditing, which are critical in regulated and operationally sensitive environments. The ability to securely enable internal teams and third-party vendors without relying on legacy VPNs significantly improves both security and governance. Integration with the broader Claroty platform adds valuable asset and risk context, making remote access decisions more informed and aligned with operational and safety requirements.
Three areas that still need some improvement are reporting, false positive alerts, and proving return on investment to organizational leadership. These are areas we have mentioned to our CSM and TAM and I know they are on the roadmap for improvements.
The complexity of troubleshooting tasks and the limited number of tools it provides to administrators are the tool's weakest points. Simple tasks like determining which sensor a device was discovered from becomes tedious, requiring the creation of a support case and the constant need to send dumps of our sensors for further analysis.
There are no significant issues or concerns to note at this time.