  With the latest LHC available results, we consider the generic constraints on
massive graviton. Both dijet and dilepton resonance searches are used. The
limits on parameter space can be applied to many models. As an illustration, we
show the constraints for Randall-Sundrum (RS) model. Implications on massive
graviton and the coupling strength are discussed. For $k/M_{pl}=0.1$, $M_G<2.2$
TeV region is excluded at 95% confidence level. We also present some
interesting implications on the RS radion with respect to the 125 GeV excess at
the LHC. For $k/M_{pl}=0.1$, $\Lambda_\phi<13.8$ TeV is excluded where
$\Lambda_\phi$ is the scale to charactarize the interaction strengh of radion.
