  We present off-shell N=2 supergravity actions, which exhibit spontaneously
broken local supersymmetry and allow for de Sitter vacua for certain values of
the parameters. They are obtained by coupling the standard N=2
supergravity-matter systems to the Goldstino superfields introduced in
arXiv:1105.3001 and arXiv:1607.01277 in the rigid supersymmetric case. These
N=2 Goldstino superfields include nilpotent chiral and linear supermultiplets.
We also describe a new reducible N=1 Goldstino supermultiplet.
