  We explore new aspects of internal fermionic shifting symmetries, present in
physical systems such as free Dirac spinors and p-form tensor-spinor fields. We
propose a novel procedure to gauge these global symmetries, which also
introduces a new St\"uckelberg mechanism to give a mass to free fermionic
fields. Furthermore, we find new magnetic fermionic symmetries in these
physical systems whose charged objects are disorder operators. For the case of
a Dirac spinor, we discuss an dual description, where the magnetic symmetry
acts on the holonomies of a dual 2-form tensor-spinor. Further generalizations
such as higher-group-like structures are also discussed.
