  We review a model of quark flavoured dark matter with new flavour violating
interactions. This simplified model describes Dirac fermionic dark matter that
is charged under a new U(3) flavour symmetry and couples to right-handed down
quarks via a scalar mediator. The corresponding coupling matrix is assumed to
be the only new source of flavour violation, which we refer to as the Dark
Minimal Flavour Violation (DMFV) hypothesis. This ansatz ensures the stability
of dark matter. We discuss the phenomenology of the simplest DMFV model in
flavour violating observables, LHC searches, and direct dark matter detection
experiments. Especially interesting is the non-trivial interplay between the
constraints from the different sectors.
