  In the current 3nu paradigm, flavor oscillations probe 3 mixing angles
(theta_12, theta_23, theta_13), one CP phase delta, and two squared mass
differences delta m^2>0 and Delta m^2, where sign(Delta m^2)=+ (-) for normal
(inverted) ordering. Absolute nu masses can be probed by the effective m_beta
in beta decay, by the total mass Sigma in cosmology and, if neutrinos are
Majorana, by another effective m_{beta beta} in 0nu2beta decay. Within an
updated global analysis of (non)oscillation data, we constrain these 3nu
parameters, both separately and in selected pairs, and highlight the
concordance or discordance among different constraints. Five oscillation
parameters (delta m^2, Delta m^2, theta_12, theta_23, theta_13) are
consistently measured, with an overall accuracy ranging from ~1% for Delta m^2
to ~6% for sin^2(theta_23) (due to its octant ambiguity). We find overall hints
for normal ordering (at 2.5 sigma), as well as for theta_23<pi/4 and for
sin(delta)<0 (both at 90% C.L.), and discuss some tensions among datasets.
Concerning nonoscillation data, we include the recent KATRIN constraints on
m_beta, and we combine the latest 76-Ge, 130-Te and 136-Xe bounds on m_{beta
beta}, accounting for NME covariances. We also discuss some variants related to
CMB anisotropy and lensing data, which may affect cosmological constraints on
Sigma and hints on sign(Delta m^2). The default option, including all Planck
results, irrespective of the lensing anomaly, sets upper bounds on Sigma at the
level of ~10^-1 eV, and further favors normal ordering up to ~3 sigma. An
alternative option, that includes recent ACT results + other independent
results (from WMAP and selected Planck data) globally consistent with standard
lensing, is insensitive to the ordering but prefers Sigma ~(few) x 10^-1 eV,
with different implications for m_beta and m_{beta beta} searches. (Abridged)
