Geosynchronous satellites (geosats) play an important role in TV communications, with hardware costing over $100 billion currently in orbit, and millions of homes watching TV via geosats. In April 2010 the satellite Galaxy 15 stopped responding to ground commands and began to drift in longitude, threatening to interfere with transmissions from working satellites. Photometric evidence suggested a structural change on the spacecraft, but this could not be confirmed, because current imaging telescopes are not able to produce images of geosats. In 2008-2009 the speaker participated in an effort to obtain imaging data on a geosat using the Navy Precision Optical Interferometer (NPOI), located near Flagstaff, AZ. The difficulties in imaging geosats, and how an optical interferometer could solve those problems, will be discussed.