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            <title xml:lang="en">Leveraging Cyber-Physical System Honeypots to Enhance Threat Intelligence</title>
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            <note type="commentary">Part 5: Cyber-Physical Systems Security</note>
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                <title xml:lang="en">Leveraging Cyber-Physical System Honeypots to Enhance Threat Intelligence</title>
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                  <date type="start">2019-03-11</date>
                  <date type="end">2019-03-12</date>
                  <settlement>Arlington, VA</settlement>
                  <country key="US">United States</country>
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                <editor>Jason Staggs</editor>
                <editor>Sujeet Shenoi</editor>
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              <p>Honeypots and related deception technologies have long been used to capture and study malicious activity in networks. However, clear requirements for developing effective honeypots for active defense of cyber-physical systems have not been discussed in the literature. This chapter proposes a next generation industrial control system honeynet. Enumerated requirements and a reference framework are presented that bring together the best available honeypot technologies and new adaptations of existing tools to produce a honeynet suitable for detecting targeted attacks against cyber-physical systems. The framework supports high-fidelity simulations and high interactions with attackers while delaying the discovery of the deception. Data control, capture, collection and analysis are supported by a novel and effective honeywall system. A hybrid honeynet, using virtualized and real programmable logic controllers that interact with a physical process model, is presented. The benefits provided by the framework along with the challenges to consider during honeynet deployment and operation are also discussed.</p>
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