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Hash based hardware monitoring for secured embedded system

Author: 
Sridhar, K. and Sukandi, A.
Subject Area: 
Physical Sciences and Engineering
Abstract: 

The inherent limitations of embedded systems make them particularly vulnerable to attacks. In order to develop a hardware monitor that operates in parallel to an embedded processor and detects any attack that causes the embedded processor to deviate from its originally programmed behavior. To explore several different characteristics that can be used for monitoring and quantify trade-offs between these approaches. This embedded system uses two processor. The failure of one processor activates the other which leads to the continuous function of the system. This project is designed to cater the need of thermal and voltage abnormalities. The abnormalities mentioned above will have lucid way of communication with each other. Both processors are involved in adaptive sharing, the purpose of the proposed method is used in times of only failure of the processor that is processing when the processor fails the particular purpose for only clock cycle that is generated and this flaw is corrected by the second processor. Our results show that our proposed hash-based monitoring pattern can detect attacks within one instruction cycle at lower memory requirements than traditional approaches that use control flow information.

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