Abstract: Systems and methods may provide for automation of how fluids are monitored. These systems and methods may provide a battery-operated, wireless automated configurable solution to enable insight into various parameters of importance, through a plurality of sensors. By embedding sensors in the fluid tanks, data may be automatically collected at chosen intervals and wirelessly sent to status display screens that can be located anywhere within a facility. This may eliminate the manual time-consuming and expensive process of traditional fluid checks. Thus, fluid condition checks may be wirelessly automated to allow consistent monitoring of accurate fluid readings to control costs, including reduction in part yield, quality reduction and decreased re-work, decrease in required additives to stabilize fluids (biocides, stabilizers and defoaming agents) and high fluid waste (using more than is needed because no awareness of amount used) and disposal costs.