Claroty Optimizes Asset Visibility and Actionable Risk Reduction with Industry-First "Visibility Orchestration" Feature
Claroty announced "Visibility Orchestration" for its SaaS platform Claroty xDome, transforming the abstract concept of visibility into quantitative metrics to prove the value of CPS protection programs and optimize risk reduction.
📋 Article Processing Timeline
- 📰 Published: April 27, 2026 at 20:00
- 🔍 Collected: April 27, 2026 at 11:31
- 🤖 AI Analyzed: April 28, 2026 at 03:15 (15h 43m after Collected)
Claroty Ltd., a Cyber-Physical Systems (CPS) protection and OT security company (HQ: New York, USA; CEO: Yaniv Vardi), today announced the launch of "Visibility Orchestration" for its SaaS-based platform Claroty xDome. This feature converts the ambiguous concept of visibility into quantitative metrics that serve as proof of value for robust CPS protection programs. Organizations in the industrial, healthcare, commercial, and public sectors can now gain a highly accurate understanding of their CPS environments, enabling them to optimize data quality and security posture in a measurable and actionable way, realizing fully orchestrated risk mitigation.
Increasing Threat of Blind Spots in Visibility
Claroty's research team, "Team82," has validated over 200 cyberattacks in the past 12 months where attackers entered CPS environments simply by scanning internet-exposed devices and exploiting default credentials or insecure protocols. It has become clear that attackers gain a foothold in critical infrastructure that impacts daily social activities by accessing devices such as PLCs, HMIs, medical equipment, and IoT devices. The cyber risk posed by unrecognized and unmonitored assets is at an all-time high.
Gartner states: "Organizations are beginning to realize their blind spots. Asset-intensive organizations are increasingly recognizing that CPS environments are at the heart of value creation... Boards and executives are becoming more focused on how previously unseen CPS environments and mission-critical systems are protected."
Despite this growing awareness, organizations remain unaware of defects in visibility, often believing it achieved simply by establishing an asset inventory. However, that perceived visibility is often inconsistent, incomplete, and difficult to manage, creating a gap between visibility data and actionable security.
Turning High-Quality Data into Actionable CPS Security
Gil Kull-Ariel, Chief Product Officer at Claroty, stated: "Gaining effective visibility is the foundation for building a CPS security posture, but organizations still struggle to translate visibility into influence that drives business goals. Claroty xDome uses AI to transform high-quality data into clear, prioritized actions that security and operations teams can execute with confidence. We provide a detailed roadmap for organizations to close visibility gaps, saving hundreds of hours previously spent on manual analysis."
Key components of Visibility Orchestration in Claroty xDome include:
- Automated Visualization Recommendations: An intelligent engine analyzes the current 'visibility score' and generates prioritized tasks to drive data visualization.
- Multi-Method Enrichment: Orchestrates various collection methods including Claroty Edge, active queries, and EDR integration to enhance CPS asset profiles.
- Enhanced CPS Library Asset Profiles: An AI-driven library takes fragmented data and intelligently models, classifies, and correlates it into a single source of truth.
- Centralized Edge Scanning Management: Configure, schedule, and monitor Claroty Edge scans across multiple host sites directly from xDome.
Increasing Threat of Blind Spots in Visibility
Claroty's research team, "Team82," has validated over 200 cyberattacks in the past 12 months where attackers entered CPS environments simply by scanning internet-exposed devices and exploiting default credentials or insecure protocols. It has become clear that attackers gain a foothold in critical infrastructure that impacts daily social activities by accessing devices such as PLCs, HMIs, medical equipment, and IoT devices. The cyber risk posed by unrecognized and unmonitored assets is at an all-time high.
Gartner states: "Organizations are beginning to realize their blind spots. Asset-intensive organizations are increasingly recognizing that CPS environments are at the heart of value creation... Boards and executives are becoming more focused on how previously unseen CPS environments and mission-critical systems are protected."
Despite this growing awareness, organizations remain unaware of defects in visibility, often believing it achieved simply by establishing an asset inventory. However, that perceived visibility is often inconsistent, incomplete, and difficult to manage, creating a gap between visibility data and actionable security.
Turning High-Quality Data into Actionable CPS Security
Gil Kull-Ariel, Chief Product Officer at Claroty, stated: "Gaining effective visibility is the foundation for building a CPS security posture, but organizations still struggle to translate visibility into influence that drives business goals. Claroty xDome uses AI to transform high-quality data into clear, prioritized actions that security and operations teams can execute with confidence. We provide a detailed roadmap for organizations to close visibility gaps, saving hundreds of hours previously spent on manual analysis."
Key components of Visibility Orchestration in Claroty xDome include:
- Automated Visualization Recommendations: An intelligent engine analyzes the current 'visibility score' and generates prioritized tasks to drive data visualization.
- Multi-Method Enrichment: Orchestrates various collection methods including Claroty Edge, active queries, and EDR integration to enhance CPS asset profiles.
- Enhanced CPS Library Asset Profiles: An AI-driven library takes fragmented data and intelligently models, classifies, and correlates it into a single source of truth.
- Centralized Edge Scanning Management: Configure, schedule, and monitor Claroty Edge scans across multiple host sites directly from xDome.