  We propose a minimal and self-contained model in non-compact flat five
dimensions which localizes the Standard Model (SM) on a domain wall.
Localization of gauge fields is achieved by the condensation of Higgs field via
a Higgs dependent gauge kinetic term in five-dimensional Lagrangian. The domain
wall connecting vacua with unbroken gauge symmetry drives the Higgs
condensation which provides both electroweak symmetry breaking and gauge field
localization at the same time. Our model predicts higher-dimensional
interactions $|H|^{2n}(F_{\mu\nu})^2$ in the low-energy effective theory. This
leads to two expectations: The one is a new tree-level contribution to $H \to
\gamma\gamma$ ($H \to gg$) decay whose signature is testable in future LHC
experiment. The other is a finite electroweak monopole which may be accessible
to the MoEDAL experiment. Interactions of translational Nambu-Goldstone boson
is shown to satisfy a low-energy theorem.
