  The $b\to s(d)$ quark-level transitions are flavor-changing neutral current
processes, which are not allowed at tree level in the standard model. These
processes are very rare and constitute a potential probe for new physics. Belle
II at SuperKEKB is a substantial upgrade of the Belle experiment. It aims to
collect 50 ab$^{-1}$ of data with a design peak luminosity of $8\times 10^{35}$
cm$^{-2}$s$^{-1}$ that is 40 times more than its predecessor. It has been
recording data since 2019 and during these early days of the experiment,
efforts are being made to detect early signals of the above decays. We report
the first reconstrution in Belle II data of a $B\to K^{*}\gamma$ signal as well
as future prospects for radiative and electroweak decays at Belle II.
