The Advanded Dvorak Technique (ADT) is a mature but still evolving algorithm used worldwide to estimate the intensity of tropical cyclones (TC) using geostationary, longwave infrared (IR) imagery. This algorithm is based upon the long-standing and implicitly subjective Dvorak Techique (DT), but is completely objective and automated, and has advanced beyond the scope of the DT through the use of new analysis techniques and new satellite information.

The ADT has undergone significant upgrades during the last few years to improve upon existing techniques and implement new methodologies. New automated storm center determination algorithms have allowed the ADT to operate in a completely automated manner with confidence, while usage of externally-derived "eye score" information, utilizing passive microwave imagery to ascertain an eye structure hidden under the TC central dense overcast displayed in the IR imagery. In addition, the implementation of a new technique to derive MSLP from the derived Dvorak T# intensity value has provided more accurate pressure estimates. These improvements, along with several new research avenues to augment or expand upon current methodologies related to improving ADT intensity estimate derivation (including pre-tropical depression TC intensities), will be outlined and discussed. 011-->