Dragos introduced EmberAI, an OT-native AI capability built on the Dragos Intelligence Fabric to help analysts prioritize OT threats, understand operational impact, and make faster, more defensible cybersecurity decisions.

Schneider Electric’s Industrial Automation Modernization as a Service is designed to help industrial operators modernize automation environments incrementally while continuing to work alongside existing PLC and DCS systems.

Hitachi plans to work with OpenAI’s FDE teams and cybersecurity models to support legacy system modernization, strengthen defensive cyber capabilities, and enhance HMAX.

Accenture’s majority stake in Dragos, along with its acquisitions of runZero and NetRise, reflects growing demand for integrated OT cybersecurity capabilities across industrial and critical infrastructure environments.

In an ARC Advisory Group podcast, Edgescale AI and Red Hat discuss how appliance-based edge infrastructure can help manufacturers move industrial AI from proof-of-concept projects to secure, scalable, closed-loop operations.

Octave Live OnTour Austin provides a useful opportunity to assess how Octave intends to position its industrial software portfolio in a market increasingly focused on lifecycle intelligence, operational context, and AI-enabled decision support.

Hitachi and Google Cloud expanded their strategic alliance to strengthen Hitachi’s Forward Deployed Engineers model, enhance HMAX with Gemini Enterprise, and support cybersecurity capabilities for AI-driven threats.

Honeywell expanded its OT Cybersecurity Suite with new capabilities designed to help industrial organizations monitor threats, streamline compliance, protect data flows, and strengthen cyber resilience.

The final blog in the series examines how hyperscaler competition, sovereign data spaces, and workforce transformation are reshaping industrial AI strategy.

ARC’s Open Digital Ecosystem webinar on June 25 will bring together ExxonMobil, Shell, BP, and ARC experts to discuss how AI-augmented HAZOP can reduce manual effort, improve hazard detection, and support open, interoperable safety workflows.