Industrial Automation Modernization as a Service: Schneider Electric and HPE Redefine the Future of Control Systems

A New Era of Software‑Defined Industrial Automation

Schneider Electric has introduced a major shift in industrial automation by launching Industrial Automation Modernization as a Service, built on HPE SimpliVity hybrid cloud infrastructure. The model enables factories and critical facilities to modernize PLC, DCS, and control systems without halting production. I see this as a pivotal moment for the industry, because it finally aligns automation with the flexible, service‑based consumption model that transformed enterprise IT.

Why Modernization Cannot Wait

Industrial plants still rely on architectures designed long before cloud, AI, or modern cybersecurity frameworks. These legacy systems create technical debt, limit scalability, and increase operational risk. Moreover, workforce shortages make it harder to maintain proprietary platforms. As a result, companies lose millions each year due to outdated control systems. In my experience, many plants delay modernization because they fear downtime. However, Schneider Electric’s incremental approach removes that barrier entirely.

A Unified Architecture Built on HPE Hybrid Cloud

The new service integrates EcoStruxure Automation Expert with HPE compute, storage, and data protection technologies. This creates a resilient, software‑defined automation layer that runs across edge and cloud environments. The architecture supports mixed OT and IT workloads, which is essential for AI‑driven operations. I find this alignment between automation and hybrid cloud especially important, because it ensures deterministic performance while enabling centralized governance.

Software and Control Delivered as a Service

The offering allows industrial operators to deploy and update automation logic centrally, without touching physical assets. This reduces engineering effort and eliminates the need for site‑specific customization. Moreover, it supports open, portable applications based on IEC 61499. This is a major advantage over traditional PLC and DCS systems, which often lock users into proprietary hardware. In my view, this shift toward open, software‑defined control is the most significant trend in factory automation today.

Lifecycle Services That Reduce Operational Burden

Schneider Electric pairs the platform with expert services covering assessment, migration, cybersecurity, and managed operations. Many plants lack the internal resources to manage modernization projects. Therefore, having a structured lifecycle service model helps organizations adopt new technologies without increasing headcount. This is especially valuable for industries with 24/7 operations, where downtime is unacceptable.

Measurable Business Outcomes for Industrial Operators

The service model delivers several quantifiable benefits:

• CapEx to OpEx transformation: predictable consumption‑based spending.

• Scalable automation: centralized governance across all sites.

• Faster deployment: up to 60% reduction in commissioning time.

• Improved cybersecurity: unified policy enforcement across OT environments.

• Energy optimization: AI‑driven improvements with up to 40% savings.

• No rip‑and‑replace: modernization aligned with existing PLC and DCS assets.

From my perspective, the ability to modernize without replacing legacy systems is the key reason this model will gain rapid adoption.

Open Standards Remove Vendor Lock‑In

Both Schneider Electric and HPE support UniversalAutomation.org, which promotes open, portable automation based on IEC 61499. This ensures that customers can switch vendors, upgrade hardware, or scale applications without re‑engineering. In my experience, open standards are the only sustainable path for long‑term modernization, especially as AI and robotics become more integrated with control systems.

A Practical Path to Modernization

Organizations can begin with a joint advisory workshop, followed by a pilot deployment in areas such as data center cooling or industrial automation. This structured approach reduces risk and builds confidence before scaling. I recommend this phased method, as it allows teams to validate performance, cybersecurity, and operational impact early in the process.

Application Scenarios

• Oil & Gas: virtualized control for remote operations and improved cybersecurity.

• Power Generation: hybrid cloud automation for turbine control and protection.

• Chemical Processing: open automation for high‑integrity safety and batch control.

• Factory Automation: centralized governance for multi‑site production lines.

• Data Centers: AI‑optimized cooling and energy management.

About the Author

Liang Wei  is a global industrial automation specialist with 15 years of experience in PLC, DCS, TSI, and power protection systems, focusing on digital transformation and modern control architectures for critical industries.