In this paper, we propose a new P2P Honeynet architecture called HAMACK that bypasses the Sybil attack protection mechanisms introduced recently in KAD. HAMACK is composed of distributed Honeypeers in charge of monitoring and acting on specific malicious contents in KAD by controlling the indexation of keywords and files. Our architecture allows to: (1) transparently monitor all the requests sent to the targeted contents in the network, (2) eclipse malicious entries of the DHT, and (3) attract the download requests of peers searching for malicious contents towards the Honeypeers by poisoning the DHT references with fake files and sources. Early results on the KAD network demonstrate the applicability and the efficiency of our approach.