  We investigate the consequences of combining swampland conjectures with the
requirement of asymptotic safety. To this end, we explore the infrared regime
of asymptotically safe gravity in the quadratic one-loop approximation, and we
identify the hypersurface spanned by the endpoints of asymptotically safe
renormalization group trajectories. These comprise the allowed values of
higher-derivative couplings as well as standard logarithmic form factors. We
determine the intersection of this hypersurface with the regions of parameter
space allowed by the weak-gravity conjecture, the swampland de Sitter
conjecture, and the trans-Planckian censorship conjecture. The latter two
depend on some order-one constants, for generic values of which we show that
the overlap region is a proper subspace of the asymptotically safe
hypersurface. Moreover, the latter lies inside the region allowed by the weak
gravity conjecture assuming electromagnetic duality. Our results suggest a
non-trivial interplay between the consistency conditions stemming from
ultraviolet completeness of the RG flow, black hole physics, and cosmology.
