1. A system for the comprehensive monitoring, analysis and managing of tubing flaws, said system comprising: a computer platform whose architecture involves a distributed processing system for supporting parallel execution of automated analysis tasks, said platform comprising a locale analyzer and a detection classification unit for pinpointing tubing flaws; means for channel aliasing for analyzing data in terms of a particular class of datastream; an auto final acceptance means that automatically applies analyst-configured rules to reduce forms of overcall that would result from using high probability of detection automated analysis methods; and locale mapping means for generating settings to certain areas of the tubing and associated components, said locale mapping means implementing landmark edge correction, mapping a damage mechanism to a plurality of related analysis locales, and algorithms that involve expansion transition detection, adaptive threshold detection and locating schemes.