Interoperability of Security-Enabled Internet of Things

  • Authors:

  • Sarfraz Alam;Mohammad M. Chowdhury;Josef Noll

  • Affiliations:

  • University of Oslo, Kjeller, Norway and UNIK, Kjeller, Norway;University of Oslo, Kjeller, Norway and UNIK, Kjeller, Norway;University of Oslo, Kjeller, Norway and Center for Wireless Innovation Norway, Oslo, Norway

  • Venue:
  • Wireless Personal Communications: An International Journal
  • Year:
  • 2011

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Abstract

The future Internet will embrace the intelligence of Web 3.0 and the omnipresence of every day connected objects. The later was envisioned as the Internet of Things. Security and interoperability concerns are hindering the service innovations using the Internet of Things. This paper addresses secure access provision to Internet of Things-enabled services and interoperability of security attributes between different administrative domains. In this paper we proposed a layered architecture of Internet of Things framework where a semantically enhanced overlay interlink the other layers and facilitate secure access provision to Internet of Things-enabled services. The main element of semantic overlay is security reasoning through ontologies and semantic rules. Finally the interoperability of security aspect is addressed through ontology and a machine-to-machine platform. This paper provides implementation details of security reasoning and the interoperability aspects and discusses crucial challenges in these areas.