Secomea Emphasizes Remote Access Security as a Cornerstone of OT Cybersecurity Strategies
In an era where industrial manufacturers are increasingly connecting various systems and tools for more efficient operations, Secomea has emerged as a leader in secure remote access solutions aimed at operational technology (OT) environments. The company recently stressed the critical role of secure remote access in establishing a robust framework for OT cybersecurity, which is becoming pivotal for companies seeking to protect their systems from evolving threats.
As industrial control systems, maintenance tools, data archiving systems, engineering workstations, and third-party service platforms become intertwined, the scope of OT cybersecurity is evolving. No longer limited to just crucial control systems such as programmable logic controllers (PLCs) and supervisory control and data acquisition (SCADA) systems, the cybersecurity perimeter must now encompass an array of interconnected devices and users engaged in production, maintenance, diagnostics, and service delivery.
Knud Kegel, Chief Technology and Product Officer at Secomea, emphasized that secure remote access has become one of the vital controls in OT cybersecurity. He stated, "Manufacturers need to know who connects to their OT environments, when they connect, what access rights they have, and whether each session is authenticated, authorized, segmented, and verifiable."
Recent developments in industrial cybersecurity have underscored the necessity for stringent governance regarding access to OT systems. Public advisories and incident reports continue to reveal that exposed access paths, unmanaged third-party connections, lax authentication methods, and a lack of visibility can compromise operational continuity, safety, compliance, and customer trust.
Secomea assists manufacturers, machinery builders, and critical infrastructure operators in strengthening OT cybersecurity by providing secure remote access to their environments. The advanced platform facilitates organizations in controlling user access to industrial assets, implementing role-based access controls, supporting multi-factor authentication, segmenting access to critical systems, and maintaining audit logs for remote sessions.
For manufacturers, secure remote access enables faster troubleshooting, reductions in downtimes, safer supplier support, and better compliance readiness. For machinery builders, it allows for scalable remote service offerings while helping customers manage third-party access to industrial systems effectively.
Kegel elaborated, "Less connectivity is counterproductive for industrial firms. They require better-controlled connectivity. It is essential to ensure that every remote connection is intentional, authenticated, authorized, segmented, and visible, thus evolving into a critical control point for modern OT cybersecurity rather than merely serving as a connectivity tool."
1. Control Over Access: The cornerstone of OT cybersecurity is managing who can access industrial systems and the circumstances under which they may do so.
2. Mitigation of Risks: Secure remote access reduces risks associated with unmanaged supplier access, credential sharing, system exposure, and overly broad permissions.
3. Fundamental Security Features: Role-based access controls, multi-factor authentication, segmentation, and auditing are becoming baseline requirements for remote access to OT systems.
4. Visibility Across Systems: Manufacturers need visibility into both core control systems and related OT systems, including data archiving setups, engineering workstations, on-site maintenance platforms, and remote maintenance tools.
5. Enhancing Operational Resilience: Secure remote access fosters operational resilience by enabling quicker diagnostic and troubleshooting processes without compromising security governance.
Secomea empowers manufacturers, machinery builders, and critical infrastructure operators to connect, monitor, and manage their industrial environments securely. By offering secure remote access solutions, it helps organizations bolster OT cybersecurity, reduce downtime, enhance compliance preparedness, and ensure effective governance over access to critical systems.
For more details on Secomea's offerings, visit www.secomea.com.
As industrial control systems, maintenance tools, data archiving systems, engineering workstations, and third-party service platforms become intertwined, the scope of OT cybersecurity is evolving. No longer limited to just crucial control systems such as programmable logic controllers (PLCs) and supervisory control and data acquisition (SCADA) systems, the cybersecurity perimeter must now encompass an array of interconnected devices and users engaged in production, maintenance, diagnostics, and service delivery.
Knud Kegel, Chief Technology and Product Officer at Secomea, emphasized that secure remote access has become one of the vital controls in OT cybersecurity. He stated, "Manufacturers need to know who connects to their OT environments, when they connect, what access rights they have, and whether each session is authenticated, authorized, segmented, and verifiable."
Recent developments in industrial cybersecurity have underscored the necessity for stringent governance regarding access to OT systems. Public advisories and incident reports continue to reveal that exposed access paths, unmanaged third-party connections, lax authentication methods, and a lack of visibility can compromise operational continuity, safety, compliance, and customer trust.
Secomea assists manufacturers, machinery builders, and critical infrastructure operators in strengthening OT cybersecurity by providing secure remote access to their environments. The advanced platform facilitates organizations in controlling user access to industrial assets, implementing role-based access controls, supporting multi-factor authentication, segmenting access to critical systems, and maintaining audit logs for remote sessions.
For manufacturers, secure remote access enables faster troubleshooting, reductions in downtimes, safer supplier support, and better compliance readiness. For machinery builders, it allows for scalable remote service offerings while helping customers manage third-party access to industrial systems effectively.
Kegel elaborated, "Less connectivity is counterproductive for industrial firms. They require better-controlled connectivity. It is essential to ensure that every remote connection is intentional, authenticated, authorized, segmented, and visible, thus evolving into a critical control point for modern OT cybersecurity rather than merely serving as a connectivity tool."
Why is Secure Remote Access Essential for OT Cybersecurity?
1. Control Over Access: The cornerstone of OT cybersecurity is managing who can access industrial systems and the circumstances under which they may do so.
2. Mitigation of Risks: Secure remote access reduces risks associated with unmanaged supplier access, credential sharing, system exposure, and overly broad permissions.
3. Fundamental Security Features: Role-based access controls, multi-factor authentication, segmentation, and auditing are becoming baseline requirements for remote access to OT systems.
4. Visibility Across Systems: Manufacturers need visibility into both core control systems and related OT systems, including data archiving setups, engineering workstations, on-site maintenance platforms, and remote maintenance tools.
5. Enhancing Operational Resilience: Secure remote access fosters operational resilience by enabling quicker diagnostic and troubleshooting processes without compromising security governance.
About Secomea
Secomea empowers manufacturers, machinery builders, and critical infrastructure operators to connect, monitor, and manage their industrial environments securely. By offering secure remote access solutions, it helps organizations bolster OT cybersecurity, reduce downtime, enhance compliance preparedness, and ensure effective governance over access to critical systems.
For more details on Secomea's offerings, visit www.secomea.com.
Topics Consumer Technology）
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