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Motivated by the recently reported diphoton resonance at 750 GeV, we study anew axion-like bosonic portal model of dark matter physics. When the resonanceparticle is identified as the pseudo-scalar mediator, via which the standardmodel sector would interact with the dark matter sector, the data from colliderphysics would provide profound implications to dark matter phenomenology. Inthis paper, we first identify the preferred parameter space of the suggestedportal model from the results of the LHC run with $\sqrt{s}=13$ TeV, and thenwe examine the dark matter signature taking into account the data fromcosmic-ray experiments including Fermi-LAT dwarf galaxy $\gamma$-ray search,HESS $\gamma$-line search, and future CTA diffuse $\gamma$-ray and$\gamma$-line searches.

Indirect signature of dark matter with the diphoton resonance at 750 GeV