**Cisco and Rockwell Automation Launch Software-Defined Manufacturing Architecture to Bridge IT and OT**
In a move aimed at closing the long-standing divide between enterprise IT and factory-floor operations, Cisco and Rockwell Automation have introduced a Full-Stack Software-Defined Manufacturing architecture. This joint initiative is designed to seamlessly connect plant-floor systems with higher-level computing environments, enabling manufacturers to harness industrial data for analytics and artificial intelligence (AI).
At its core, the architecture merges Cisco’s expertise in software-defined networking with Rockwell Automation’s leadership in software-defined automation. The solution creates secure, reliable data pathways that move real-time operational data from equipment, sensors, and controllers to edge, data-center, and cloud-based compute resources. By doing so, it addresses one of the most critical bottlenecks in industrial AI: accessing accurate, contextualized, and timely plant-floor data.
Industrial environments generate massive volumes of data from production lines, machinery, and connected sensors. However, legacy systems, inconsistent protocols, and isolated architectures have historically limited manufacturers’ ability to leverage that data effectively. Cisco and Rockwell’s reference design tackles these challenges by integrating OT (operational technology) systems with enterprise networks and advanced computing platforms. This enables manufacturers to use factory data for predictive maintenance, digital twins, edge AI, cloud-based engineering, and other high-impact applications.
The architecture supports hybrid and multicloud environments, ensuring flexibility for organizations transitioning to more connected and intelligent operations. It also emphasizes low-latency, edge-centric processing for time-sensitive applications, while allowing data-intensive analytics and model training to occur in centralized or cloud environments.
As industrial AI continues to evolve, initiatives like this one highlight the importance of interoperability, security, and robust data management. With standards from NIST and ISA/IEC 62443 guiding the design, Cisco and Rockwell are not only advancing technological integration—they’re helping manufacturers build a more responsive, intelligent, and scalable production ecosystem.
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### FAQ
**What is the Full-Stack Software-Defined Manufacturing architecture?**
It is a joint reference architecture from Cisco and Rockwell Automation that connects industrial plant-floor systems (OT) with enterprise IT and cloud computing environments. It uses software-defined networking and automation to enable secure data flow, analytics, and AI workloads across distributed production environments.
**What problem does this architecture solve?**
It addresses the challenge of isolating industrial data in legacy OT systems, which often prevents manufacturers from using that data for analytics, AI, and digital transformation. The architecture creates secure paths to move data from machines to higher-level computing platforms.
**Which technologies are combined in this solution?**
The solution integrates Cisco’s software-defined networking (SDN) and edge infrastructure with Rockwell Automation’s industrial automation systems, including FactoryTalk Analytics, Plex Quality Management, and digital twin capabilities.
**What are some supported use cases?**
Supported use cases include predictive maintenance, edge AI, digital twins, cloud-based engineering, AI-driven visual inspection, and cybersecurity across edge and cloud environments.
**How does security fit into the architecture?**
Security is built into the design through network segmentation, granular access controls, endpoint protection, threat detection, and secure remote connectivity. It aligns with standards such as ISA/IEC 62443 and NIST cybersecurity guidelines.
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### Conclusion
Cisco and Rockwell Automation’s Full-Stack Software-Defined Manufacturing architecture represents a meaningful step toward true IT/OT convergence. By creating a unified, secure, and flexible data infrastructure, the solution empowers manufacturers to unlock the full potential of industrial data. As AI and edge computing continue to shape the future of manufacturing, initiatives like this will be critical in turning connected operations into real-world competitive advantages.
