The integration of digital control systems and IoT devices in catalysis processes means that these systems are vulnerable to cyber-attacks. A successful DDoS attack can lead to:
Disruption of Automated Processes: Modern catalysis often relies on automated systems for monitoring and controlling reaction conditions. A DDoS attack can disrupt these systems, leading to suboptimal reaction conditions and potentially compromising the catalyst's performance. Data Loss: Digital systems store valuable data on reaction conditions, catalyst behavior, and process efficiency. A DDoS attack can result in loss or corruption of this data, hindering process optimization and research efforts. Financial Loss: Downtime caused by DDoS attacks can halt production, leading to significant financial losses, especially in large-scale industrial operations.
