  In the post-LHC8 world-- where a Standard Model-like Higgs boson has been
established but there is no sign of supersymmetry (SUSY)-- the detailed
profiling of the Higgs boson properties has emerged as an important road
towards discovery of new physics. We present calculations of the expected
deviations in Higgs boson couplings $\kappa_{\tau ,b}$, $\kappa_t$,
$\kappa_{W,Z}$, $\kappa_g$ and $\kappa_\gamma$ versus the naturalness measure
$\Delta_{\rm EW}$. Low values of $\Delta_{\rm EW}\sim 10-30$ give rise to a
natural Little Hierarchy characterized by light higgsinos with a mass of
$\mu\sim m_Z$ while top squarks are highly mixed but lie in the several TeV
range. For such models with radiatively-driven naturalness, one expects the
Higgs boson $h$ to look very SM-like although deviations can occur. The more
promising road to SUSY discovery requires direct higgsino pair production at a
high energy $e^+e^-$ collider operating with the center-of-mass energy
$\sqrt{s}>2\mu\sim \sqrt{2\Delta_{\rm EW}}m_Z$.
