  The ATLAS and CMS collaborations have recently presented results of searches
for compressed electroweakinos in final states including soft leptons. These
searches are sensitive to mass splittings ranging from quite small values of
about 5 GeV to O(10) GeV, which are endemic to scenarios with wino-like and
higgsino-like lightest supersymmetric particles (LSPs). While all experimental
results exhibit apparently compatible mild excesses, these soft-lepton
analyses, taken together with disappearing-track searches targeting much
smaller splittings, notably leave unconstrained a sizeable region of parameter
space with modest splittings of 1-5 GeV. We point out that this gap can be
closed, for scenarios with a higgsino-like LSP, by monojet searches. On the
other hand, we find at the same time that current monojet searches show
excesses in a region partially overlapping that favoured by the soft-lepton
analyses. We provide an up-to-date map of these results and show, among others,
a best-fit point with an excess greater than $2\sigma$ that is consistent with
a higgsino-like LSP mass around 177 GeV. We finally comment on how such a point
can be realised in the MSSM.
