Abstract: A computer network penetration test discovers vulnerabilities in the network using a number of scan modules. The scan modules perform their scanning of the network separately but in parallel. A scan engine controller oversees the data fed to and received from the scan modules, and controls the sharing of information among the modules according to data records and configuration files that specify how a user-selected set of penetration objectives should be carried out. The system allows for penetration strategies to be attempted simultaneously and independently. Information from each strategy is shared with other strategies so each can be more effective, and together they form a very comprehensive approach to network penetration. The strategies can be throttled at different levels to allow for those that are more likely to achieve success to run at the highest speeds.

Abstract: Error reporting may be enhanced, by utilizing a programming language, such as C++ and its attendant enhanced error reporting facility. The invention generates an error message at the function level where the error occurs, as well as noting the line of source code during which time the error occurred. The resulting populated error message is then rolled up toward the main program. At each preceding roll up level, an additional error message is populated which notes the original error message information as well as adding return path information. Thus, after completed roll up to the main program, stacked error messages are made available to the user that fully define the complete path involving the error, in addition to the identification of the source code line where the error occurred.