With the pressing need for a NAT for enteric fever,a diagnostics test that follow the WHO ASSURED (Affordable Specific Sensitive User-friendly Rapid Equipment-friendly Delivered) guidelines need to be developed for the application to low-resource settings \citep{S2016} . CRISPR-Cas based molecular detection are gaining popularity due to some of their ASSURED attributes like high sensitivity and specificity. Additionally, these methods rely on iso-thermal amplification of the target which results in rapid results and with dependency on simple equipment that could be battery powered for field deployment. However, these methods need to be further optimized to improve the affordability as the reagents necessary for these tests depend on an .