Project Glasswing highlights how AI-driven vulnerability discovery could compress threat timelines and increase risk for industrial and OT environments.

Software-defined automation is enabling more flexible, open, and resilient industrial control systems by decoupling software from hardware and supporting IT-OT convergence.

Zero Trust cybersecurity strategies are evolving to help industrial organizations strengthen OT security without compromising the speed and performance of modern production systems.

The Wireless Broadband Alliance has released new Wi-Fi Security Guidelines aimed at improving trust, privacy, interoperability, and carrier-grade security across Wi-Fi networks.

The industrial cellular router market is shifting from hardware-driven connectivity to software-defined, security-centric, and edge-enabled platforms, with mobile use cases and 5G RedCap driving the next phase of growth.

New capabilities improve troubleshooting, customization, and workforce productivity across industrial operations.

Yokogawa’s CENTUM VP and ProSafe-RS systems, along with related software, achieved multiple cybersecurity certifications aligned with IEC 62443, CIS Benchmarks, and OPC UA standards.

US agencies warn that Iranian-affiliated advanced persistent threat (APT) actors are actively exploiting internet-facing PLCs, causing operational disruptions across critical infrastructure sectors.

Dragos’ latest OT cybersecurity report highlights a shift toward more active adversary behavior, growing threat sophistication, and the urgent need for improved network visibility and resilience in industrial environments.

Digi International introduces the IX25 industrial cellular router platform, combining ruggedized connectivity, edge computing, and AI-driven network management for scalable Industrial IoT deployments.