  We argue that the Standard Model quiver can be embedded into compact
Calabi-Yau geometries through orientifolded D3-branes at del Pezzo
singularities $\mathrm{dP}_n$ with $n\geq 5$ in a framework including moduli
stabilisation. To illustrate our approach, we explicitly construct a local
$\mathrm{dP}_{5}$ model via a combination of Higgsing and orientifolding. This
procedure reduces the original $\mathrm{dP}_{5}$ quiver gauge theory to the
Left-Right symmetric model with three families of quarks and leptons as well as
a Higgs sector to further break the symmetries to the Standard Model gauge
group. We embed this local model in a globally consistent Calabi-Yau flux
compactification with tadpole and Freed-Witten anomaly cancellations. The model
features closed string moduli stabilisation with a de Sitter minimum from
T-branes, supersymmetry broken by the K\"ahler moduli, and the MSSM as the low
energy spectrum. We further discuss phenomenological and cosmological
implications of this construction.
