We recently showed that posterior components of the default mode network (DMN) are prominently active when people are bored. In addition, the anterior insular is anti-correlated with the DMN during a boredom mood induction, suggestive of a failure to activate executive network regions necessary for engaging with the information at hand. Importantly, while the DMN was also active during rest, there was no evidence of anticorrelated insula activity. Here we replicate these findings in another sample of healthy individuals. In this sample, we did find some anticorrelated activity in the insular both at rest and when bored. In line with our original study, the region of insula that was anticorrelated with the DMN was substantially larger in the boredom mood induction. Limitations of the work are outlined within the context of the neural networks associated with state boredom and distinct modes of self-regulation.