Rockwell Automation Expands Industrial Cybersecurity Applications in Energy Sector
Rockwell Automation has announced that Luminus, a Belgian electricity producer and energy supplier, has selected the Rockwell Automation SecureOT™ Platform to enhance cybersecurity resilience across its operational technology (OT) environment.
As industrial systems become increasingly connected through digital transformation, energy companies are facing growing challenges in protecting critical infrastructure. Traditional IT security approaches are often insufficient for industrial environments because OT systems must balance cybersecurity protection with requirements for continuous operation, safety, and long equipment lifecycles.
The deployment of SecureOT Platform represents a practical approach to improving OT asset visibility, risk assessment, and vulnerability management across complex industrial networks.
SecureOT Platform Provides Visibility and Risk-Based OT Protection
The SecureOT Platform is designed specifically for industrial cybersecurity applications, providing organizations with visibility into connected OT assets and helping teams identify potential cybersecurity risks across multi-vendor environments.
Through asset discovery, vulnerability analysis, and risk prioritization capabilities, the platform enables operators to better understand their industrial infrastructure and establish structured cybersecurity management processes.
In modern industrial facilities, knowing what assets exist, how they are connected, and what risks they introduce has become a fundamental requirement. Without accurate OT visibility, cybersecurity teams often struggle to determine which vulnerabilities require immediate attention and which can be managed through long-term improvement plans.
Luminus Applies SecureOT Across Diverse Energy Infrastructure
Luminus operates a broad portfolio of energy production facilities, including thermal power plants, hydroelectric installations, battery storage systems, and wind energy sites.
The implementation of SecureOT Platform will support cybersecurity management across these different operational environments by providing a consistent method for monitoring assets and managing cyber risks.
From an industrial engineering perspective, energy facilities represent one of the most challenging cybersecurity environments because they typically include a mixture of legacy control systems, modern automation platforms, remote communication networks, and third-party equipment. A unified OT cybersecurity framework can help reduce complexity while improving operational awareness.
Supporting IEC 62443 and NIS2 Cybersecurity Requirements
The SecureOT Platform aligns with industrial cybersecurity standards and regulatory requirements, including IEC 62443 and the European Union’s NIS2 Directive.
For critical infrastructure operators, cybersecurity compliance is moving beyond documentation requirements and becoming part of daily operational management. Companies must demonstrate not only that security controls exist, but also that they have processes for identifying risks, responding to vulnerabilities, and maintaining system resilience.
Rockwell Automation’s approach combines technology deployment with internal capability development, allowing organizations such as Luminus to gradually build their own OT cybersecurity management expertise.
Building Internal Cybersecurity Capability Through Collaboration
The SecureOT deployment at Luminus followed a collaborative implementation model where Rockwell Automation provided cybersecurity expertise while supporting the development of internal operational capabilities.
After the initial rollout, Luminus began independently expanding platform usage by integrating additional OT assets into the system.
This implementation model reflects an important trend in industrial cybersecurity: technology alone cannot solve all security challenges. Successful OT protection requires a combination of monitoring tools, engineering knowledge, operational processes, and continuous improvement practices.
Industrial Insight: OT Visibility Is Becoming a Core Automation Requirement
As industrial automation systems continue evolving toward connected and intelligent architectures, cybersecurity is becoming a standard engineering consideration rather than an isolated IT responsibility.
Modern PLC, DCS, SCADA, and industrial network environments contain increasingly valuable operational data, making them attractive targets for cyber threats. At the same time, many facilities still operate equipment designed decades ago, creating additional challenges for security modernization.
The adoption of OT-focused cybersecurity platforms such as SecureOT demonstrates that industrial organizations are shifting from reactive security responses toward proactive risk management. In the future, cybersecurity capability will likely become as important as system availability and process performance when evaluating industrial automation strategies.
Conclusion
Rockwell Automation’s SecureOT Platform deployment at Luminus highlights the growing importance of cybersecurity resilience in the energy industry. By improving OT asset visibility, supporting risk-based decision-making, and helping organizations meet evolving regulatory requirements, the platform provides a structured approach for managing cybersecurity challenges in complex industrial environments.
As critical infrastructure continues its digital transformation journey, integrating cybersecurity into automation engineering practices will become a necessary step for maintaining safe, reliable, and sustainable industrial operations.
