In the past, industrial control systems weren’t considered high risk for cyberattacks because they weren’t connected to enterprise systems or the internet.
Today, the use of common technology platforms, IT/OT data sharing, and cloud-based applications and analytics have made OT and IoT systems a primary target for threat actors. CIOs and CISOs are now expected to protect the entire IT/OT landscape, including all physical assets and industrial processes. To achieve this, OT and IoT security needs to be part of an overall digital security strategy managed by a collaborative IT/OT team.
I have not seen any competition in terms of pricing, and it is quite reasonable.
I have not seen any competition in terms of pricing, and it is quite reasonable.
The Claroty Platform is designed to enhance cybersecurity in industrial settings by monitoring and securing control systems and operational technology. It provides deep visibility into OT networks, critical for detecting vulnerabilities and unauthorized activities.
Users benefit from its anomaly detection capabilities, swiftly addressing potential threats. The platform supports regulatory compliance through detailed audits of network activities and changes. Praised for its asset management, Claroty helps maintain an accurate device inventory, fundamental for robust cybersecurity posture management.
Key features include an intuitive interface and robust reporting tools that deliver insights and analytics, driving informed decisions and ensuring compliance. Users report that Claroty has significantly improved operational efficiency and productivity in their organizations.
We provide industrial asset identification, threat detection, and response to help organizations stay ahead of adversaries. The Dragos platform delivers codified industrial cybersecurity expertise that enables security teams to detect and respond faster to industrial cybersecurity threats, reducing dwell time and down time. We enhance ICS defenders’ efficiency and effectiveness via the Dragos platform, Dragos WorldView intelligence reports, and the Dragos Threat Operations Center.
Microsoft Defender for IoT is a specialized asset discovery, vulnerability management, and threat monitoring solution for IoT/OT environments. Defender for IoT is an open system that also works with tools such as Splunk, IBM QRadar, and ServiceNow.
CyberX helps secure the Industrial Internet by providing complete visibility into the OT Network as well as real-time detection and alerts of operational incidents, cyber threats and system tampering, in order to minimize disruption to operations and downtime. Seamlessly connecting to an existing OT network, our flagship platform, XSense, provides instant results by collecting data from across the OT environment utilizing Big Data and Machine Learning to optimize the detection of operational behaviors. Supporting security needs of industries such as energy and utilities, oil and gas, chemical and pharmaceuticals, manufacturing, transportation and more, XSense monitors physical devices to detect operational incidents and cyber-attacks.
OT network connectivity has become a mandatory business requirement. It requires a shift in the security mindset from “How can I air gap or isolate?” to “How can I stay secure while connected?”
In the hyper-connected enterprise, in which everything from simple IoT devices to complex multi-million-dollar systems are connected, traditional agent-based and human-generated security models simply cannot scale. Ordr solves this problem, providing enterprises with complete visibility and exhaustive control over every class of network-connected device and system. The Ordr Systems Control Engine is the only purpose-built solution to fully map the device flow genome at massive scale, using machine learning to completely and continuously inspect, classify and baseline the behavior of every device. Ordr’s software architecture is unique in its ability to process enormous quantities of data in real-time, using sophisticated AI to deliver closed loop security, automatically generating policies for each class of device and implementing those policies directly through the organization’s existing multi-vendor network and security infrastructure.