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Recent measurements at LHC has inspired searches for TeV scale left-rightgauge theory originating from grand unified theories. We show that inclusion ofPlanck-scale induced effects due to ${\rm dim.}5$ operator not only does awaywith all the additional intermediate symmetries, but also it predicts theminimal set of light Higgs scalars tailored after neutrino masses and dilepton,or trilepton signals. The heavy-light neutrino mixings are predicted fromcharged fermion mass fits in $SO(10)$ and LFV constraints which lead to newpredictions for dilepton or trilepton production signals. Includingfine-structure constant matching and two-loop, and threshold effects predicts$M_{W_R}= g_{2R}\times 10^{4.3\pm 1.5 \pm 0.2}$ GeV and proton lifetime$\tau_p=10^{36.15\pm 5.8\pm 0.2}$ yrs with $W_R$ gauge boson coupling$g_{2R}=0.56-0.57$. Predictions on lepton flavour and lepton number violationsare accessible to ongoing experiments. Current CMS data on di-electron excessat $\sqrt s= 8$ TeV are found to be consistent with $W_R$ gauge boson mass$M_{W_R}\ge 1.9-2.2$ TeV which also agrees with the values obtained from dijetresonance production data. We also discuss plausible explanations for dibosonproduction excesses observed at LHC and make predictions expected at $\sqrt s=14$ TeV

Planck-scale induced left-right gauge theory at LHC and experimental tests