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Hybrid pixel detectors have been invented for the LHC to make tracking andvertexing possible at all in LHC's radiation intense environment. The LHC pixeldetectors have meanwhile very successfully fulfilled their promises and R\&Dfor the planned HL-LHC upgrade is in full swing, targeting even higher ionisingdoses and non-ionising fluences. In terms of rate and radiation tolerancehybrid pixels are unrivaled. But they have disadvantages as well, most notablymaterial thickness, production complexity, and cost. Meanwhile also activepixel sensors (DEPFET, MAPS) have become real pixel detectors but they would byfar not stand the rates and radiation faced from HL-LHC. New MAPS developments,so-called DMAPS (depleted MAPS) which are full CMOS-pixel structures withcharge collection in a depleted region have come in the R\&D focus for pixelsat high rate/radiation levels. This goal can perhaps be realised exploiting HVtechnologies, high ohmic substrates and/or SOI based technologies. The papercovers the main ideas and some encouraging results from prototyping R\&D, nothiding the difficulties.

From Hybrid to CMOS Pixels ... a possibility for LHC's pixel future?