Reliable and Error Detection Architectures of Pomaranch for False Alarm Sensitive Cryptographic Applications

Abstract

In this paper, reliability and false-alarm sensitivity of sensitive cryptographic applications are benchmarked through a case study, i.e., the uneven substitution box of a stream cipher, to elaborate on the respective effects on smart infrastructures. The proposed architectures are benchmarked in terms of error coverage for different fault models and assessed for false-alarm immunity. Moreover, they have been synthesized on an ASIC platform and it is shown that with an acceptable overhead, high error coverage can be achieved for the proposed architectures.The benchmark details the smart infrastructure implications and elaborates on the fact that using the proposed framework, smart infrastructures can be more efficiently and reliably utilized.