The anomalous alignment between the CMB quadrupole and octopole, that they are jointly perpendicular to the ecliptic plane, and also aligned with the direction of the solar dipole near to the equinoxes are up to now unsolved conundrums. The preferred axis in the cosmic radiation anisotropy and the alignments were dubbed "axis of evil" (Land & Magueijo, 2005), and are the most prominent of the CMB anomalies. It is standard that the 1st order term of the dipole formula essentially represents a motion induced Doppler temperature pattern against the isotropic Planckian radiation field. We argue that the Doppler term is entirely a function of the peculiar velocity of the Planck space telescope in the CMB rest-frame (CMB-space).In two recent publications of us we have found solutions to the flyby anomalies and to the residual annual and diurnal P 10 signal variations on top of the resolved P 10 acceleration anomaly, using the peculiar velocity of Earth and the peculiar velocities of the involved space probes in the CMB-space. That two independent solutions are corroborating our assertion that the quadrupolar and octopolar terms, following from the 2nd order term in β = v/c expanding of the dipole formula, are not "relativistic corrections to the solar dipole, producing second order anisotropies at multipoles l ≥ 1, with amplitudes proportional to β^l, and more importantly couple the two dipole components" (Planck Collaboration, 2015).Instead, the 2nd order term of the dipole formula, the inverse γ - factor, represents solely the annual eigen-frequency oscillations of the Planck HFI, proportional to the annual eigen-time variations in the fundamental CMB-space, as a function of the peculiar velocity of the Planck space telescope, leading to a solution of the only seemingly anomalous alignments.