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We study collider phenomenology of inert triplet scalar dark matter at theLHC. We discuss possible decay of Higgs boson to dark matter candidate andapply current experimental data for invisible Higgs decay and$R_{\gamma\gamma}$ to constrain parameter space of our model. We alsoinvestigate constraints on dark matter coming from forthcoming measurement,$R_{Z\gamma}$ and mono-Higgs production. We analytically calculate theannihilation cross section of dark matter candidate into $2\gamma$ and$Z\gamma$ and then use FermiLAT data to put constraints on parameter space ofInert Triplet Model. We found that this limit can be stronger than theconstraints provided by LUX experiment for low mass DM.

Constraining Inert Triplet Dark Matter by the LHC and FermiLAT