  Supersymmetry (SUSY) is an attractive extension of the Standard Model (SM) of
particle physics which solves the SM hierarchy problem. Motivated by the
theoretical $\mu$-term problem of the Minimal Supersymmetric Model (MSSM), the
Next-to MSSM (NMSSM) can also account for experimental deviations from the SM
like the anomalous muon magnetic moment and the dark matter relic density.
Natural SUSY, motivated by naturalness considerations, exhibits small fine
tuning and a characteristic phenomenology with light higgsinos, stops and
gluinos. We describe a scan in NMSSM parameter space motivated by Natural SUSY
and guided by the phenomenology of an NMSSM with a slightly broken Peccei-Quinn
symmetry and a lightly coupled singlet. We identify a scenario which survives
experimental constraints with a light singlet Higgs and a singlino lightest
SUSY particle. We then discuss how the scenario is not presently excluded by
searches at the Large Hadron Collider (LHC) and which channels are promising
for discovery at the LHC and International Linear Collider.
