Industrial control systems manage essential resources for most countries to function. Consequently, the compromising of such systems will result in irreversible damage. Thus, companies that oversee necessary country resources like oil and water pipelines and water treatment plants must gain threat awareness by gathering threat intelligence. One of the ways to gather threat intelligence is by using Honeypots. Honeypots are an evolving security mechanism that proactively identifies new attack vectors targeting industrial control systems. Honeypots act as decoys, mimicking vulnerable components of the smart grid to attract and trap potential attackers. By analyzing the captured attack data, security experts can gain valuable insights into emerging threats and develop appropriate countermeasures before the infrastructure is compromised. By adjusting to the constantly evolving threat landscape, Honeypots help Industrial control systems stay one step ahead of attackers and improve the overall security and resilience of the vital infrastructure. The project aims to develop a prototype Industrial Control System (ICS) using open-source tools to collect practical threat Intelligence. The solution will simulate a real-world ICS environment in a virtual environment. The ICS honeypot solution will be evaluated based on the quality of the gathered threat intelligence by testing the solution in a contained virtual environment. The evaluation will outline where the solution shines and where it falls short