  Let $(\mathbf{U}, \mathbf{U}^\imath)$ be a quasi-split quantum symmetric pair
of Kac-Moody type. The $\imath$quantum group $\mathbf{U}^\imath$ admits a Serre
presentation featuring the $\imath$-Serre relations in terms of
$\imath$-divided powers. Generalizing this result, we give a Serre presentation
$ \mathbf{U}^\imath_\pi $ of quantum symmetric pairs $ (\mathbf{U}_\pi,
\mathbf{U}^\imath_\pi) $ for quantum covering algebras $\mathbf{U}_\pi$, which
have an additional parameter $ \pi $ that specializes to the Lusztig quantum
group when $ \pi = 1 $ and quantum supergroups of anisotropic type when $ \pi =
-1 $. We give a Serre presentation for $ \mathbf{U}^\imath_\pi $, introducing
the $\imath^\pi$-Serre relations and $\imath^\pi$-divided powers.
