  In this article we update constraints on superconducting cosmic strings
(SCSs) in light of the recent observational developments of fast radio bursts
(FRBs) astronomy. Assuming strings follow an exponential distribution
characterized by current, we show that two parameters in our context, which are
the characteristic tension ($G\mu$) and a parameter which describes the
aforementioned exponential distribution ($I_c$), can be constrained by FRB
experiments. Particularly, we investigate data sets from Parkes and ASKAP. We
looked through a parameter space where $G\mu \sim [10^{-17}, 10^{-12}]$ and
$I_c\sim [10^{-1}, 10^{2}]$ GeV, and found our results show that Parkes jointly
with ASKAP can constrain the parameter space for SCSs.
