Articles and News

For years, cybersecurity strategies in manufacturing focused primarily on protecting corporate IT systems while keeping production environments largely isolated from external networks. That model is being challenged as manufacturers create more connections between operational technology (OT) and enterprise systems to support business-wide initiatives.

This article explores how a resilient software foundation and a microkernel architecture can isolate critical workloads, contain faults, and support lifecycle cybersecurity. It highlights how foundational platforms such as QNX can enable secure and safe software-defined industrial modernization approaches that are essential in building and managing resilient systems throughout the systems lifecycle.

Advanced digital tools can optimize performance and reduce costs, but only when based on accurate, connected data. This article discusses how data can be captured and structured to facilitate all the promises of a digitally integrated facility.

For plants weighing modernization against budget and downtime constraints, extracting existing HART data is one of the lowest-disruption steps available.

Unified Namespace (UNS) is becoming a critical enabler for the next generation of manufacturing. It provides an a real-time, contextualized representation of the factory.

CESMII and Manufacturing Leadership Council hosted a webinar to demonstrate interoperability under one shared architecture.

"With Teamcenter, we are establishing a data backbone that helps connect our engineering and quality teams while improving visibility across product development processes," said Girish Kewalramani, chief information officer, Sahajanand Medical Technologies Ltd.

The global data center infrastructure market was valued at USD 234.2 billion in 2025 and is estimated to grow at a CAGR of 12.1% to reach USD 789.8 billion by 2035.

As complexity increases and market cycles compress, organizations that succeed will not simply manage information more efficiently. They will build environments that interpret, anticipate and respond.

The company is investing €15 million in the project, underlining its long-term commitment to Salzburg and Austria as a location for technology, research and innovation. 

Industrial AI leaders will connect design, production and asset performance in one continuous loop — from engineering intent to operational outcome.

Schneider Electric demonstrated how open software-defined automation, digital intelligence and electrification are converging amid a resurgence in domestic manufacturing, heightened pressures to modernize industrial processes and aging infrastructure, and the data center boom.

The transition from static, siloed automation to a dynamic, agentic ecosystem is underway across the industry.

Built on twelve years of frontline data, new AI agents and no-code AI Studio are now open in Poka Early Access Program to bring governed Industrial AI to the shop floor of the world's largest industrial operators.

A modern MOM platform isn’t defined by its interface, its deployment model or any single technology capability. It is defined by its architecture.

The Siemens and HighByte partnership empowers customers to seamlessly connect, contextualize and consume industrial data to build AI models, agents and applications at scale.

As AI factories become more pronounced in the data center industry, next-generation platforms such as NVIDIA Vera Rubin NVL72 are redefining infrastructure requirements.

As a strategic technology provider, Siemens supports Quanta in building a unified digital thread across its research & development centers and distributed manufacturing network.

Industrial transformation isn’t just a technical challenge — it’s a storytelling challenge. Those who master it will move the fastest.

Industrial AI does not fail because the technology is weak. It fails when the foundations are treated as an afterthought.