AI Agents in OT: How Shadow AI Creates Operational Security Risk

AI agents may already be operating in OT environments through trusted users, devices, and authenticated sessions. This “shadow AI access” can create operational and security risk, while strong identity and access controls, least privilege, and zero trust can help reduce its impact.

How Viridor Gained Visibility, Control, and Speed Across a Distributed OT Environment

Can Cybersecurity Drive Growth? The Strategic Role of Secure Remote Access in Manufacturing

End User License Agreement

Why Third-Party Access to OT Environments Requires Stronger Security Controls

Third-party access to OT environments must be secured with identity-based, least-privilege controls rather than broad network access to reduce ransomware, supply-chain risk, and operational disruption.

Video: How Tata Chemicals Strengthens Access and Authentication Controls for All Types of Users

Cyolo CPS Segmentation: Zero Trust Microsegmentation for Critical Infrastructure and OT

As AI Compresses the Time to Compromise, We Must Compress the Time to Contain

By making cyberattacks faster, cheaper, and easier to scale, AI is shrinking the time between compromise and impact. This article explores why cyber resilience increasingly depends on security architectures that can contain attacks just as quickly—especially in OT and critical infrastructure.

From Blind Spots to Full Control: The Future of Third-Party Access Security in OT and CPS

What does the future of secure third-party access look like? Rising connectivity demands, emerging AI-powered threats, and evolving operational demands are changing the expectations around secure remote access. Explore new research and analysis from Markets and Markets on the trends that are redefining OT and CPS security.

What the Minnesota Water Attacks Reveal About Securing Remote Access to Critical Infrastructure

Cyberattacks on critical infrastructure don't require advanced exploits. Using the recent Minnesota water attacks as an example, this article explains why strong access controls remain the first line of defense for operational technology and reveals how organizations can reduce their exposure to common attack paths.