A crucial point for the orbital-free DFT agenda that often goes undiscussed is to get rid of the orbital dependence in DFAs. This is the antithesis of much of the activity in the quantum chemistry community, as much of the discussion in this round table confirms. We have made considerable progress on de-orbitalization of meta-GGA DFAs by inclusion of a dimensionless ∇ 2 ρ dependence, though the success of that approach is quite dependent upon the numerical stability of the parent meta-GGA DFA. We also did some work on single-point KEDFs, based on pointwise kinetic energy density and ELF analyses, emphasizing approaches that enable self-consistent calculations. Most single-point GGA KEDFs are unable to converge densities self-consistently, with the VT84F KEDF of Trickey et al. being a notable exception, rendering most of them impractical for most applications.