| With the advent of broadband, wireless networking, and
convergence of different communication technologies being
adopted by HANs, these insider-attack incidents have further
increased because anyone could breakthrough the network
and penetrate other insider devices if they are located within
the wireless communication range.Our proposed security
system/mechanism uses identity exchange of sensor agents
and shadow hosts to redirect the attack. Since all the detail
and characteristics of every sensor agents and shadow hosts
cannot not be easily recognized,the attacker may be easily
fooled and trapped into our shadow hosts. Moreover, it is not
cost-effective to assign much computing resource to just
penetrate one specific sensor agent. This forces the attacker to
roughly scan and inspect all these shadow hosts one by one
before reaching to our sensor agents, which resembles a
MAZE for entrapping the attacker. In our performance
analysis,we show that our proposed security
system/mechanism can even detect and handle general
insider attacks/intrusion with the limited hardware resources
of a Raspberry Pi 3. |
