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Motivated by the recent discovery of the hidden charm exotic state withstrangeness by the BESIII and LHCb Collaborations, we study the $S$ wavestrange hidden bottom tetraquark in two kinds of quark models. Both meson-mesonand diquark-antidiquark configurations are taken into account. The numericalresults indicate that there is no bound state in both quark models. However,several resonance states have been predicted. Three resonance states with$I(J^{P})=\frac{1}{2}(0^{+})$ are found, the energy ranges of which are$10479\sim 10550$, $10528\sim 10632$, and $10597\sim 10681$ MeV, respectively.Three resonance states with $I(J^{P})=\frac{1}{2}(1^{+})$ are predicted to belocated in $10491\sim 10675$, $10502\sim 10679$, and $10522\sim 10723$ MeV,respectively. Moreover, there also exist a resonance with$I(J^{P})=\frac{1}{2}(2^{+})$ and the mass is estimated to be $10531\sim 10680$MeV. All these predicted states in the present work should be accessible forthe further experiments in LHCb

Investigation of the bottom analog of the Zcs(3985) state