  In this work, we propose to investigate the $d_{N\Omega}$ dibaryon production
in the process $K^- p \rightarrow d_{N\Omega} \bar{\Xi}^0$ by utilizing the
kaon beam with the typical momentum to be around 10 GeV, which may be available
at COMPASS, OKA@U-70 and SPS@CERN. The cross sections for $K^- p \rightarrow
d_{N\Omega} \bar{\Xi}^0$ are estimated and in particular, the magnitude of the
cross sections are evaluated to be several hundreds nanobarn at $P_K=20$ GeV.
Considering that $d_{N\Omega}$ dibaryon dominantly decay into $\Xi \Lambda$ and
$\Xi \Sigma$, we also estimate the cross sections for $K^- p \to \Xi^0 \Lambda
\bar{\Xi}^0$ and $K^- p \to \Xi^- \Sigma^+ \bar{\Xi}^0$, where the
$d_{N\Omega}$ dibaryon can be observed in the invariant mass distributions of
$\Xi^0 \Lambda$ and $\Xi^- \Sigma^+ $, respectively.
