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Planetary science space missions need high quality software ed efficientalgorithms in order to extract innovative scientific results from flight data.Reliable and efficient software technologies are increasingly vital to improveand prolong the exploiting of the results of a mission, to allow theapplication of established algorithms and technologies also to future spacemissions and for the scientific analysis of archived data. Here after will begiven an in-depth analysis study accompanied by implementation examples on ESAand ASI missions and some remarkable results fruit of decades of importantexperience reached by space agencies and research institutes in the field.Space applications software quality analysis is not different from otherapplication contexts, among the hi-tech and hi-reliability fields. We describehere a Software Quality study in general, then we will focus on the quality ofspace mission software (s/w) with details on some notable cases.

High Quality Software for Planetary Science from Space