Rockwell Automation SecureOT Platform Strengthens Industrial Cybersecurity for Energy Operations
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Rockwell Automation has announced that Luminus, a major Belgian electricity producer and energy supplier, selected the SecureOT™ Platform to improve cybersecurity resilience across its operational technology (OT) environment.
Rockwell Automation Expands Industrial Cybersecurity Solutions with SecureOT Platform
Rockwell Automation has announced that Luminus, a major Belgian electricity producer and energy supplier, selected the SecureOT™ Platform to improve cybersecurity resilience across its operational technology (OT) environment.
The deployment supports Luminus in protecting critical infrastructure, including thermal power plants, hydroelectric facilities, battery storage systems, and wind energy assets. As industrial automation systems become more connected, companies must improve visibility, risk assessment, and cyber defense capabilities.
For modern energy companies, cybersecurity has become a core requirement alongside traditional control system performance. Industrial automation networks now combine PLC, DCS, SCADA, and enterprise IT systems. Therefore, operators need structured solutions to manage cyber risks without affecting production availability.
SecureOT Platform Improves OT Asset Visibility and Risk Management
The Rockwell Automation SecureOT Platform focuses on industrial cybersecurity management by providing asset discovery, vulnerability assessment, and risk prioritization capabilities.
Unlike traditional IT security tools, OT cybersecurity platforms must understand industrial environments, including PLC controllers, DCS platforms, remote I/O systems, industrial switches, and engineering workstations.
SecureOT Platform uses a vendor-neutral approach, allowing organizations to monitor multi-vendor industrial environments. Moreover, the platform aligns with recognized cybersecurity frameworks, including IEC 62443 industrial security standards and the European Union NIS2 Directive.
From an industrial automation engineering perspective, asset visibility remains one of the biggest challenges in large factories and energy facilities. Many organizations operate control systems that include legacy equipment, undocumented connections, and mixed-generation technologies. Therefore, accurate OT asset information becomes the foundation for effective cybersecurity management.
Luminus Applies SecureOT Platform Across Energy Control Systems
Luminus manages a diverse energy production portfolio across Belgium. The company operates multiple generation technologies, including conventional power generation, renewable energy systems, and battery energy storage.
The implementation of SecureOT Platform helps Luminus identify connected OT assets, evaluate potential exposure, and prioritize cybersecurity improvements based on operational risk.
For energy producers, maintaining continuous operation is critical. A cybersecurity incident affecting a PLC, DCS controller, or industrial communication network could impact production schedules, grid stability, and equipment availability.
Moreover, energy infrastructure faces increasing regulatory pressure. The NIS2 Directive introduces stricter cybersecurity requirements for essential service providers, including energy organizations. As a result, companies must develop stronger internal processes for monitoring and responding to cyber threats.
Industrial Automation Cybersecurity Becomes a Key Industry Trend
The increasing connection between factory automation and digital technologies has changed industrial cybersecurity requirements.
Traditional control systems were often isolated from external networks. However, modern industrial environments increasingly use Industrial Internet of Things (IIoT), remote monitoring, cloud platforms, and advanced analytics.
These technologies improve operational efficiency but also expand the potential attack surface. Therefore, industrial organizations must integrate cybersecurity into every stage of system lifecycle management.
For PLC and DCS users, cybersecurity is no longer limited to network protection. It includes controller configuration management, software updates, user access control, remote access security, and system monitoring.
Based on practical industrial projects, many cybersecurity challenges come from outdated asset inventories and unclear system ownership. A structured OT cybersecurity platform helps engineering teams establish better control over their automation infrastructure.
Rockwell Automation Supports Secure Digital Transformation
Rockwell Automation continues to expand its industrial cybersecurity portfolio as manufacturers and infrastructure operators move toward connected enterprise models.
The company provides automation technologies covering PLC systems, industrial networks, manufacturing software, and cybersecurity services. The SecureOT Platform supports organizations that need stronger protection for modern control systems while maintaining production performance.
Rick Kaun, Global Director of Cybersecurity Services at Rockwell Automation, stated that industrial organizations require better visibility and risk management methods as OT environments become more complex.
The collaboration with Luminus demonstrates a practical approach where technology deployment combines with internal capability development. This model allows industrial operators to gradually improve cybersecurity maturity instead of relying only on external support.
Expert Analysis: OT Security Will Shape Future Factory Automation
The industrial automation market is entering a period where cybersecurity becomes closely connected with system reliability and operational efficiency.
For factories, power plants, and process industries, cybersecurity strategies must consider the complete automation architecture. This includes PLC control layers, DCS process control systems, supervisory networks, and industrial communication infrastructure.
In my experience working with industrial control environments, cybersecurity improvements succeed when engineering teams combine technology tools with operational procedures. A cybersecurity platform provides visibility, but organizations still need trained personnel, clear processes, and regular assessments.
Therefore, future factory automation projects should include cybersecurity planning during system design rather than adding protection after installation. This approach reduces operational risks and improves long-term system sustainability.
Industrial Application Scenario: Energy and Manufacturing Cybersecurity Management
SecureOT Platform can support several industrial application scenarios:
Energy Production Facilities
Power plants can monitor distributed OT assets, identify cybersecurity weaknesses, and improve compliance management across multiple generation sites.
Process Manufacturing Plants
Chemical, pharmaceutical, and oil and gas facilities can strengthen protection for DCS systems, PLC networks, and industrial communication infrastructure.
Factory Automation Environments
Manufacturers can improve visibility across production lines, robotic systems, industrial controllers, and connected equipment.
Critical Infrastructure Operations
Transportation, utilities, and public infrastructure organizations can apply structured cybersecurity processes to protect essential industrial services.
Conclusion: Building Resilient Industrial Control Environments
Rockwell Automation’s SecureOT Platform deployment at Luminus reflects a wider industry movement toward integrated industrial cybersecurity management.
As automation systems become more connected, organizations must balance digital transformation with operational protection. Solutions that combine asset visibility, risk management, and regulatory alignment will become increasingly important for industrial companies.
For companies operating PLC, DCS, SCADA, and factory automation systems, cybersecurity should become a permanent part of lifecycle management. Strong OT security practices will support safer, more sustainable, and more resilient industrial operations.
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