Autonomous collaborative decentralized-community networks for security and privacy-critical domains

Heerok Banerjee, S. Murugaanandam, Vellappa Ganapathy

Abstract


A key factor limiting the democratisation of networked systems is lack of trust, particularly in thewake of data-intensive applications that work on sensitive private data which requires providing strong network security guarantees via encryption and authentication algorithms, as well as rethinking algorithms to compute on the network peripheries without moving data. In many security and privacy-critical domains such as Home Automation IoT networks, AUV networks etc., the existence of a centralised privileged node leads to a vulnerability for leakage of sensitive information. In this paper, we have proposed a decentralized community oriented networking architecture that adopts collaborative processing techniques and operates within the tradeoff between network security and performance. We have investigated the design and sustainability of autonomous decentralized systems and evaluated the efficiency of the proposed scheme with the help of extensive simulation studies. We have used OMNet++ for conducting the simulation and matplotlib to plot the results.

Keywords


ad hoc networks; computing; decentralized; MANETs; Peer-to-Peer networking; wireless networks



DOI: http://dx.doi.org/10.12928/telkomnika.v17i2.9621

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TELKOMNIKA Telecommunication, Computing, Electronics and Control
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