  We propose an electroweak model which is compatible with the UV insensitive
anomaly mediated supersymmetry breaking. The model is an extension of the NMSSM
by adding vector-like matter fields which can drive the soft scalar masses of
the singlet Higgs field negative and the successful electroweak symmetry
breaking is achieved. Viable parameter regions are found to preserve
perturbativity of all the coupling constants up to the Planck scale. With this
success, the model becomes a perfect candidate of physics beyond the standard
model without the FCNC and CP problem. The cosmology is also quite interesting.
The lightest neutralino is the wino which is a perfect cold dark matter
candidate assuming the non-thermal production from the gravitino decay. There
is no gravitino problem because it decays before the BBN era, and thus the
thermal leptogenesis works. The cosmological domain wall problem inherent in
the NMSSM is absent since the Z_3 symmetry is broken by the QCD instanton
effect in the presence of the vector-like quarks. We also briefly comment on a
possible solution to the strong CP problem a la the Nelson-Barr mechanism.
