  The discovery of the Higgs boson along with the vigorous confirmation of the
SM coupled with non-appearance of new (SUSY) particles has led to an apparent
naturalness crisis. We argue the crisis stems from overestimates of finetuning.
A proper evaluation of naturalness in SUSY leads to light higgsinos with mass
mu~ 100-300 GeV while other sparticles may inhabit the multi-TeV range at
little cost to naturalness. Special signatures like dilepton mass edges in
gluino pair events and same-sign dibosons from wino pairs might occur at LHC13.
An ILC with \sqrt{s}>2 mu would make the definitive test of naturalness in the
MSSM. Naturalness in the QCD sector requires the axion leading to mixed
axion-WIMP dark matter. There appears a deep connection between electroweak
naturalness and a DFSZ-like SUSY axion sector which gives rise to the mu~
f_a^2/M_P parameter. Ultimately we expect detection of a higgsino-like WIMP at
ton-scale DM detectors and detection of a DFSZ-type axion at ADMX.
