Publikation:

HomeCA : Scalable Secure IoT Network Integration

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Mueller_2-gn1ogzqsczm23.pdf
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2017

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Distributed Systems Laboratory Technical Report; KN-2017-DISY-01

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http://nbn-resolving.de/urn:nbn:de:bsz:352-2-gn1ogzqsczm23
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Zusammenfassung

The sheer number of devices in the Internet of Things (IoT) makes efficient device integration into a user’s home or corporate network a nightmare. More and more owners lose control over their devices, often due to badly chosen security defaults, software bugs, or broken protocols. The lack of user interface and the long period of device usage increase the plight. We identify several root causes, resulting in HomeCA, a comprehensive set of secure, vendor-neutral practices based on existing protocols and open standards. These practices avoid most of the common pitfalls, allow long-term permission management and secure usage, and include support for automatic device integration. We also present a protocol for ensuring secure key updates when acquiring device ownership.

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ISO 690MÜLLER, Robert, Marcel WALDVOGEL, Daniel KAISER, 2017. HomeCA : Scalable Secure IoT Network Integration
BibTex
@techreport{Muller2017HomeC-44785,
  year={2017},
  series={Distributed Systems Laboratory Technical Report},
  title={HomeCA : Scalable Secure IoT Network Integration},
  number={KN-2017-DISY-01},
  author={Müller, Robert and Waldvogel, Marcel and Kaiser, Daniel}
}
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    <dcterms:abstract xml:lang="eng">The sheer number of devices in the Internet of Things (IoT) makes efficient device integration into a user’s home or corporate network a nightmare. More and more owners lose control over their devices, often due to badly chosen security defaults, software bugs, or broken protocols. The lack of user interface and the long period of device usage increase the plight. We identify several root causes, resulting in HomeCA, a comprehensive set of secure, vendor-neutral practices based on existing protocols and open standards. These practices avoid most of the common pitfalls, allow long-term permission management and secure usage, and include support for automatic device integration. We also present a protocol for ensuring secure key updates when acquiring device ownership.</dcterms:abstract>
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