  The basic principle of naturalness has driven the majority of the LHC
program, but so far all searches for new physics beyond the SM have come up
empty. On the other hand, existing measurements of SM processes contain
interesting anomalies, which allow for the possibility of new physics with mass
scales very close to the Electroweak Scale. In this paper we show that SUSY
could have stops with masses ~ O(200) GeV based on an anomaly in the WW cross
section, measured by both ATLAS and CMS at 7 and 8 TeV. In particular we show
that there are several different classes of stop driven scenarios that not only
evade all direct searches, but improve the agreement with the data in the SM
measurement of the WW cross section.
