System and method for determining module interdependency using advanced computational models for data analysis and automated processing

A computer program product for determining module interdependency using advanced computational models for data analysis and automated processing, the computer program product comprising a non-transitory computer-readable medium comprising code causing an apparatus to:

• receive a module characteristic from a system environment, wherein the system environment comprises one or more modules, and wherein the module characteristic comprises module dependencies, module certifications, and module versions;
• map the module characteristic, wherein mapping the module characteristic comprises comparing the module characteristic associated with the module with the module characteristic associated with the system environment;
• determine a weight for the one or more modules, wherein determining the weight comprises evaluating a significance level of the information produced by the modules, analyzing a number of active modules contributing to a process, computing a weight value, and prioritizing the modules based on the weight value;
• determine, using an artificial intelligence module, a module update for the module characteristic, wherein the module update comprises updating the module dependencies, module certifications, and module versions;
• and
• implement the module update in the system environment.

A method for determining module interdependency using advanced computational models for data analysis and automated processing, the method comprising:

• receiving a module characteristic from a system environment, wherein the system environment comprises one or more modules, and wherein the module characteristic comprises module dependencies, module certifications, and module versions;
• mapping the module characteristic, wherein mapping the module characteristic comprises comparing the module characteristic associated with the module with the module characteristic associated with the system environment;
• determining a weight for the one or more modules, wherein determining the weight comprises evaluating a significance level of the information produced by the modules, analyzing a number of active modules contributing to a process, computing a weight value, and prioritizing the modules based on the weight value;
• determining, using an artificial intelligence module, a module update for the module characteristic, wherein the module update comprises updating the module dependencies, module certifications, and module versions;
• and
• implementing the module update in the system environment.