  The large hadron collider experiments have now reached the focus point region
in which the scalar masses are multi-TeV. We study the parameter region of the
focus point scenario which may realize a natural electroweak symmetry breaking
avoiding serious fine tuning. We show that the region with a mild tuning of 3-5
% level is expanded by introducing right-handed neutrinos in the framework of
the seesaw scenario. We discuss the prediction of the Higgs mass, bounds on the
squark and gluino masses, and the relic density of the lightest neutralino in
such a parameter region.
