  Deterministic techniques enabling the implementation and engineering of
bright and coherent solid-state quantum light sources are key for the reliable
realization of a next generation of quantum devices. Such a technology, at
best, should allow one to significantly scale up the number of implemented
devices within a given processing time. In this work, we discuss a possible
technology platform for such a scaling procedure, relying on the application of
nanoscale quantum dot imaging to the pillar microcavity architecture, which
promises to combine very high photon extraction efficiency and
indistinguishability. We discuss the alignment technology in detail, and
present the optical characterization of a selected device which features a
strongly Purcell-enhanced emission output. This device, which yields an
extraction efficiency of $\eta=(49\pm4)~\%$, facilitates the emission of
photons with $(94\pm2.7)~\%$ indistinguishability.
