  We show that a noncommutative massless scalar probe can dress a naked
singularity in $AdS_3$ spacetime, consistent with the weak cosmic censorship.
The dressing occurs at high energies, which is typical at the Planck scale.
Using a noncommutative duality, we show that the dressed singularity has the
geometry of a rotating BTZ black hole which satisfies all the laws of black
hole thermodynamics. We calculate the entropy and the quasi-normal modes of the
dressed singularity and show that the corresponding spacetime can be quantum
mechanically complete. The noncommutative duality also gives rise to a light
scalar, which can be relevant for early universe cosmology.
