  We consider the small excesses around 95 GeV found in several searches for a
new scalar in $\gamma \gamma$, $\tau \tau$ and $b \bar b$ final states. Instead
of trying to accommodate them all, as is usually done in the literature, in the
context of a given Standard Model~(SM) extension, we investigate whether it
would be possible that one or two of these excesses correspond to an actual new
scalar, while the remaining ones are merely statistical fluctuations. To this
end, we use as benchmark model the UN2HDM, a SM extension with one scalar
doublet, one scalar singlet, and an extra $\text{U}(1)'$ symmetry, which has
been previously studied in the context of multiboson cascade decays. We show
that most of the possibilities where the excesses in one or two of these
channels disappear in the future can be accommodated by type-I or type-III
UN2HDMs.
