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In the current 3nu paradigm, flavor oscillations probe 3 mixing angles(theta_12, theta_23, theta_13), one CP phase delta, and two squared massdifferences 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_betain beta decay, by the total mass Sigma in cosmology and, if neutrinos areMajorana, by another effective m_{beta beta} in 0nu2beta decay. Within anupdated global analysis of (non)oscillation data, we constrain these 3nuparameters, both separately and in selected pairs, and highlight theconcordance or discordance among different constraints. Five oscillationparameters (delta m^2, Delta m^2, theta_12, theta_23, theta_13) areconsistently measured, with an overall accuracy ranging from ~1% for Delta m^2to ~6% for sin^2(theta_23) (due to its octant ambiguity). We find overall hintsfor normal ordering (at 2.5 sigma), as well as for theta_23<pi/4 and forsin(delta)<0 (both at 90% C.L.), and discuss some tensions among datasets.Concerning nonoscillation data, we include the recent KATRIN constraints onm_beta, and we combine the latest 76-Ge, 130-Te and 136-Xe bounds on m_{betabeta}, accounting for NME covariances. We also discuss some variants related toCMB anisotropy and lensing data, which may affect cosmological constraints onSigma and hints on sign(Delta m^2). The default option, including all Planckresults, irrespective of the lensing anomaly, sets upper bounds on Sigma at thelevel of ~10^-1 eV, and further favors normal ordering up to ~3 sigma. Analternative option, that includes recent ACT results + other independentresults (from WMAP and selected Planck data) globally consistent with standardlensing, 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)

The unfinished fabric of the three neutrino paradigm