  I present recent results from the Global and Modular
Beyond-the-Standard-Model Inference Tool (GAMBIT) collaboration. Global fits
with GAMBIT have been carried out on a variety of models including
supersymmetric models, scalar singlet dark matter, fermionic and vector Higgs
portal dark matter and axions. Here I focus on a recent GAMBIT study
interpreting collider constraints on electroweakinos (arXiv:1809.02097). We
show that when the neutralinos and charginos are the only light states of the
MSSM, there are scenarios which evade LHC constraints for any mass of the
lightest neutralino and the lightest chargino, i.e. the profile likelihood
shows no constraint in this plane when one only considers the possibility of
excluding new physics. Intriguingly, in addition we also find that excesses in
the data can lead to closed confidence level contours, indicating a preference
for light neutralinos and charginos over the Standard Model. We find the excess
has a local significance of 3.3 sigma when combining ATLAS and CMS 13 TeV
searches, but this drops to 2.9 sigma when including 8 TeV searches as well.
