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In this work, we have studied lepton flavor violating (LFV) decays of $Z$gauge boson and Higgs boson ($H$) in the scotogenic model. We have computedbranching ratios for the decays $Z\to\ell_\alpha\ell_\beta$ and$H\to\ell_\alpha\ell_\beta$ in this model. Here, $\ell_\alpha$ and $\ell_\beta$are different charged lepton fields. After fitting to the neutrino oscillationobservables in the scotogenic model, we have found that the branching ratiosfor the LFV decays of $Z$ and $H$ can be as large as $\sim10^{-8}$ and$\sim10^{-3}$ respectively. However, after satisfying the constraints due tonon-observation of $\ell_\alpha\to\ell_\beta\gamma$ decays, the above mentionedbranching ratio results are found to be suppressed by a factor of$\sim10^{-7}$.

Lepton flavor violating $Z$ and Higgs decays in the scotogenic model