Abstract: A machine and process for branch self-generation in a change server that provide a technical solution via a practical application that reduces: a need for storage use in a memory, and a volume and time required for transmission of date responsive to inputs for creating, updating, querying, or deleting parts of a master baseline. The master baseline may serve utilities providing at least analysis, configuration, and allocations for a control unit in an object. The change server self-generates a branch utilizing a singular persistent imported baseline copy of the master baseline. Validation, export, and replay of the branch onto the master baseline eliminate a need for use of running exports to the master baseline through a differences analyzer.

Abstract: A machine and process for branch self-generation in a change server that provide a technical solution via a practical application that reduces: a need for storage use in a memory, and a volume and time required for transmission of date responsive to inputs for creating, updating, querying, or deleting parts of a master baseline. The master baseline may serve utilities providing at least analysis, configuration, and allocations for a control unit in an object. The change server self-generates a branch utilizing a singular persistent imported baseline copy of the master baseline. Validation, export, and replay of the branch onto the master baseline eliminate a need for use of running exports to the master baseline through a differences analyzer.