Proposal: Enhancing Efficiency in Automated Process Control Systems Abstract Automated process control systems play a pivotal role in modern industrial operations. These systems monitor and regulate critical processes, ensuring safety, quality, and productivity. However, as technology evolves, there is a constant need to enhance these systems to meet ever-growing demands. In this proposal, we introduce a design change aimed at improving the efficiency of an existing automated process control system. Our proposed modification addresses bottlenecks, reduces downtime, and optimizes resource utilization. By implementing this change, we anticipate significant gains in overall system performance. Introduction Automated process control systems are the backbone of manufacturing, energy production, and chemical processing facilities. These systems manage complex tasks such as temperature regulation, pressure control, and material flow. Despite their critical role, existing systems often face challenges related to responsiveness, adaptability, and scalability. Our research focuses on enhancing the efficiency of an established process control system used in a large-scale chemical plant. Problem Statement The current process control system exhibits several limitations: Latency: The system experiences delays in responding to dynamic process changes, affecting real-time adjustments. Resource Allocation: Inefficient allocation of resources leads to suboptimal performance and increased energy consumption. Scalability: As the plant expands