Die umfassendste Lösung, die speziell für kritische Infrastrukturen entwickelt wurde

Operational Technology (OT) security faces complex challenges as organizations become increasingly interconnected and more reliant on digital capabilities. One of the key issues is the convergence of IT, OT, and IoT systems, which expands the attack surface and frequently creates critical blind spots which disrupts the traditional isolation that once helped secure OT environments. OT systems, once isolated, are now interconnected, making it difficult to maintain full visibility and control. Additionally, traditional OT security approaches relied on passive defenses like air gaps and defensible architectures, which are insufficient against modern, sophisticated cyber threats. Another challenge is that OT security tools often fail to offer effective, built-in native response capabilities, leading to delayed incident response times. As OT systems continue to be targeted by advanced threat actors, such as nation-state hackers and ransomware groups, the risk of cyber disruption increases significantly.  

Yes, SMEs can greatly benefit from implementing a structured OT vulnerability management program that scales to their size and complexity. SMEs can leverage effective vulnerability management tools to create more efficient processes and procedures aimed at safeguarding their OT systems. With proper OT risk management, SMEs can mitigate risks related to outdated systems, poor patch management, and vulnerabilities specific to their OT environment. Small businesses can adopt scalable OT security tools that address key vulnerabilities, ensuring compliance with security standards and reducing the risk of costly disruptions, even with limited resources.

Companies should prioritize OT risk management to protect against evolving cyber threats that directly impact operational continuity, safety, and revenue. As IT and OT become more intertwined, the potential impact of a cyberattack transcends data loss and extends into operational disruptions, regulatory violations, and compromised safety conditions. By adopting a comprehensive, risk-based strategy that includes continuous vulnerability assessments, adherence to industry standards, and alignment with broader enterprise security goals, organizations can address threats before they escalate into major incidents. Ultimately, a focus on OT risk management helps ensure operational continuity, protects human lives and the environment, meets compliance obligations, and preserves the trust of customers and stakeholders in a digital era increasingly marked by advanced, persistent threats.  

An OT attack targets the control systems and devices that manage critical infrastructure, such as industrial control systems (ICS), SCADA systems, and manufacturing operations. These attacks often exploit legacy protocols, unpatched vulnerabilities, and weak network segmentation, compromising key processes and potentially leading to operational shutdowns, equipment damage, and physical hazards.  The effects of such attacks are often severe, leading to costly downtime, environmental damage, and potential threats to human life.

OT security standards refer to frameworks and guidelines designed to protect operational technology systems. Key standards include the ISA/IEC 62443 series, which provides a comprehensive approach to securing industrial automation and control systems, and NIST SP 800-82, which focuses on securing critical infrastructure. These standards help organizations streamline governance, establish consistent security baselines, verify compliance, and continuously refine their security posture. They are essential for managing the growing risks associated with the convergence of IT and OT systems.

Best practices for OT security include:

• Proactive vulnerability management: Regularly identifying and addressing software and firmware weaknesses, and patching and updating OT systems to close security gaps.

• Strong network segmentation: Isolating OT networks from IT networks to reduce exposure to cyber threats.

• Advanced threat detection:  Employing continuous monitoring and anomaly detection tools to quickly identify and respond to suspicious activities in real-time

• Strong access controls: Enforcing strict authentication and authorization to ensure that only authorized users can interact with OT systems.

• Incident response planning: Having a clear and efficient response plan in place to mitigate the effects of a breach.

Yes, SCADA (Supervisory Control and Data Acquisition) is an essential OT system used to control and monitor industrial processes such as manufacturing, energy distribution, and water treatment. SCADA systems are critical to operational control, providing real-time data and remote access to OT assets. However, as these systems become more connected to IT networks, they are increasingly vulnerable to cyber threats, making SCADA security a crucial aspect of OT cybersecurity.