  We combine searches for scalar resonances at the electroweak scale performed
by the Large Hadron Collider experiments ATLAS and CMS where persisted excesses
have been observed in recent years. Using both the side-bands of Standard Model
Higgs analyses as well as dedicated beyond the Standard Model analyses, we find
significant hints for new scalars at $\approx 95\,$GeV ($S^\prime$) and
$\approx152\,$GeV ($S$). The presence of a $95\,$GeV scalar is preferred over
the Standard Model hypothesis by $3.8\sigma$, while interpreting the $152\,$GeV
excesses in a simplified model with resonant pair production of $S$ via a new
heavier scalar $H(270)$, a global significance of $\approx5\sigma$ is obtained.
While the production mechanism of the $S^\prime$ cannot yet be determined, data
strongly favours the associated production of $S$, i.e. via the decay of a
heavier boson $H$ ($pp\to H\to SS^*$). A possible alternative or complementary
decay chain is $H\rightarrow SS^{\prime}$, where $S\to WW^*$ ($S^{\prime}$)
would be the source of the leptons ($b$-quarks) necessary to explain the
multi-lepton anomalies found in Large Hadron Collider data.
