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With the growing diversity of malware, researchers must be able to quickly collect many representative samples for study. This can be done, e.g., by using honeypots. As an alternative to software-based honeypots, we propose a singlechip honeypot appliance that is entirely hardware-based and thus significantly more resilient against compromising attacks. Additionally, it can easily keep up with network speeds of 10+ Gb/s and emulate thousands of vulnerable hosts. As base technology, we employ reconfigurable hardware devices whose functionality is not fixed by the manufacturing process. Furthermore, a special technology available in modern reconfigurable devices allows to alter part of the functionality even during operation and will be used to create a hardware virtualization layer. Beyond the technical aspects, we present improvements to the platform, aiming to simplify management and updates. To this end, we introduce the domain-specific language VEDL, which can be used to describe the honeypot behavior in a high-level manner by security experts not proficient in hardware design.

A Reconfigurable Hardware Platform for Secure and Efficient Malware Collection in Next-Generation High-Speed Networks