  Flavor deconstruction refers to non-universal gauge extensions where the
original gauge symmetry is deconstructed into separate copies, one for each
family. A hierarchical chain of symmetry breaking provides an attractive
low-scale solution to the flavor puzzle, consistent with flavor-changing
neutral currents and finite naturalness. Although successful in explaining the
origin of flavor hierarchies in the quark and charged lepton sectors, existing
models have struggled with the large and seemingly anarchic mixing observed in
neutrino oscillations. This letter identifies conditions under which neutrino
anarchy may arise from flavor deconstruction in generic models with
right-handed neutrinos. When deconstruction is applied to carefully chosen
subgroups of the extended gauge symmetry, hierarchies in the seesaw formula
cancel out.
