  We present new preliminary DANSS results based on 3.5 million Inverse Beta
Decay (IBD) events collected at 3 distances (10.9 m, 11.9 m, and 12.9 m) from
the detector center to the reactor core center. The detector position is
changed typically 3 times a week. Therefore many systematic uncertainties are
canceled out. A new analysis that uses information about relative IBD counting
rates in addition to changes in positron energy spectra shapes is employed. The
excluded area covers a very interesting range of the sterile neutrino
parameters up to $\sin^2 2\theta_{ee} < 0.008$ in the most sensitive region. No
statistically significant evidence for sterile neutrinos is observed. The
significance of the best-fit point in the 4$\nu$ case is 1.5$\sigma$
