They possess outstanding photophysical properties, such as high molar extinction coefficients, generally high fluorescence quantum yields and narrow absorption and emission bands. Most importantly, desired wavelength shift of both UV-Vis absorption and fluorescence peaks, or sensitivity towards specific parameters could be achieved via straightforward synthetic modifications. [2] Biolabels and contrast agents based on BODIPY scaffold are widely commercially available. At the same time, there is also a broad range of publications on sensory BODIPY fluorophores, responsible towards solvent polarity, temperature, viscosity, [7] etc., whereas almost none of them are utilized in practice. This seems to be a status quo not just in BODIPY sensing, since fluorescence by itself is a complex process, well known to be influenced by a vast range of microenvironment properties.