This paper presents a new model and design for honeypots, and the results obtained the implementation and exposure on the internet of an high interaction honeypot. We show that our model can allow higher interaction with attackers while preserving integrity and attractiveness. In our work, we use threat analysis based on the MITRE ATT&CK taxonomy to describe the design and supervision constraints of our honeypot with it's situation in our implemented architecture. We exposed our infrastructure during seventeen days and collected information about several actors and attack methods, from which we extracted previously undocumented Indicators of Compromise.