In the framework of stochastic dynamics, resetting generally leads – since detailed balance is not enforced – to the existence of a non-equilibrium steady state (NESS). The model we studied here has already been treated in literature in the case of absence of resetting. We tried to understand how a resetting dynamics induces the reaching of the NESS and how resetting induces dynamical phase transitions. Specifically, we considered a one-dimensional system of noninteracting particles all located on the negative x-axis with a fixed density 𝜌. We make use of a general treatment to study the flux of particles through the origin.