  The Dirac semimetal PdTe${}_2$ becomes superconducting at a temperature
$T_{c}=1.6$~K. Thermodynamic and muon spin rotation experiments support type-I
superconductivity, which is unusual for a binary compound. A key property of a
type-I superconductor is the intermediate state which presents a coexistence of
superconducting and normal domains (flux structures) at magnetic fields lower
than the thermodynamic critical field $H_{c}$. By means of scanning SQUID
microscopy (SSM) we observe flux structures in the superconducting state of
PdTe${}_2$. The flux structures are strongly history dependent with a
transition from round shapes to laminar shapes as the magnetic field is more
and more increased. The field amplitudes measured at the surface are indicative
for the presence of Landau branching. The domain wall width in the intermediate
state has been determined.
