  Superconducting topological materials have generated considerable interest in
condensed matter research due to their unusual gap structures and topological
properties. In this study, we have investigated the normal and superconducting
characteristics of a potential topological semimetal 1$T$-NbSeTe through
comprehensive transport and magnetization measurements on bulk single crystals.
The results suggest the topological semimetallic nature of NbSeTe, evidenced by
the observation of the planar Hall effect. Moreover, it displays quasi-2D
anisotropic superconductivity, which breaks the Pauli limit. The coexistence of
the topological semimetallic nature and superconductivity in NbSeTe makes it a
potential contender for topological superconductivity.
