  Recently, the LHCb and CDF collaborations reported the measure of an
unexpectedly large direct CP asymmetry in D meson decays. In this paper we ask
if new physics associated with Partial Compositeness could plausibly explain
this result. We find that Composite Higgs models with mass scale around 10 TeV
can account for it, while marginally satisfying all other flavor constraints in
the quark sector. The minimal framework is however inadequate in the lepton
sector due to the strong constraint from \mu\ to e \gamma. This tension can be
efficiently alleviated by realizing Partial Compositeness within Supersymmetry.
The resulting models can saturate the CP asymmetry in D decays for superpartner
masses close to the TeV scale and somewhat large A-terms. The supersymmetric
realization of Partial Compositeness also offers a predictive and
phenomenologically viable organizing principle for R-Parity violation, and may
result in very distinctive signatures at hadron colliders. With or without
Supersymmetry, the neutron EDM is expected to be around the present
experimental sensitivity.
