Enterprise portfolio management system

A method performed by an accountability management system comprising a processor, a standard-translator means for converting data, from a plurality of data sources, in a first format to a second format of an analytics engine server and data in the second format to the first format, a database of a plurality of enterprise hierarchy models, wherein each enterprise hierarchy model is of an enterprise and comprises a hierarchy of interconnected nodes, the analytics engine server comprising an input processor, an artificial intelligence (AI) platform server, and an output processor, wherein the AI platform server comprises an auditor, machine learning (ML) software and processing software, wherein the auditor is software, and the analytics engine server is in communication with the plurality of data sources, the method comprising:

• receiving, by the processor and via the input processor, data from the plurality of data sources, wherein the data is in the first format and is associated with an enterprise hierarchy model of the plurality of enterprise hierarchy models;
• transmitting, by the processor and via the input processor, the data to the standard-translator means;
• receiving, by the processor and via the input processor, and from the standard-translator means, the data in the second format and providing the data in the second format to the ML software;
• identifying, by the processor and via the ML software, an ML model for processing the data in the second format;
• processing, by the processor and via the ML software, the data in the second format using the identified ML model;
• auditing, by the processor and via the auditor software, the processed data and verifying, by the auditor software, the identified ML model by the ML software;
• transmitting, by the processor and via the auditor software, the audited data to the processing software;
• for each enterprise hierarchical model in the database, the processor and via the processing software:
• determining a carbon footprint for each node in the hierarchy of interconnected nodes;
• assigning a fraction of the footprint to the enterprise of the enterprise hierarchical model based on the determined carbon footprints;
• determining a first degree and a second degree for each node in the hierarchy of interconnected nodes using audited data associated with each node and a third degree based on the assigned fraction;
• determining an offset value for the enterprise based on the first, second and third degrees;
• determining a responsibility score for the enterprise based on the offset value;
• determining a change to the enterprise hierarchical model and/or data sources based on the determined change updating the responsibility score;
• transmitting the updated responsibility score to the output processor, wherein the updated responsibility score is in the second format;
• transmitting, by the processor and via the output processor, the updated responsibility score to the standard-translator means;
• receiving, by the processor and via the output processor, and from the standard-translator means, the data in the first format;
• generating, by the processor, a sustainability reporting interface;
• sending, by the processor and via the output processor, the updated responsibility score in the first format to the generated sustainability reporting interface;
• and
• displaying, by the processor, on the generated sustainability reporting interface, the updated responsibility score in the first format.

A non-transitory computer-readable storage medium of an accountability management system, the system comprising:

• a processor;
• a standard-translator means for converting data, from a plurality of data sources, in a first format to a second format of an analytics engine server and data in the second format to the first format;
• a database of a plurality of enterprise hierarchy models, wherein each enterprise hierarchy model is of an enterprise and comprises a hierarchy of interconnected nodes;
• the analytics engine server comprising an input processor, an artificial intelligence (AI) platform server, and an output processor, wherein the AI platform server comprises an auditor, machine learning (ML) software and processing software, wherein the auditor is software, and the analytics engine server is in communication with the plurality of data sources,
• the medium storing computer-executable instructions that, when executed by the processor, causes the processor to perform the steps of:
• receiving, via the input processor, data from the plurality of data sources, wherein the data is in the first format and is associated with an enterprise hierarchy model of the plurality of enterprise hierarchy models;
• transmitting, via the input processor, the data to the standard-translator means;
• receiving, via the input processor, and from the standard-translator means, the data in the second format and providing the data in the second format to the ML software;
• identifying, via the ML software, an ML model for processing the data in the second format;
• processing, via the ML software, the data in the second format using the identified ML model;
• auditing, via the auditor software, the processed data and verifying, via the auditor software, the identified ML model via the ML software;
• transmitting, via the auditor software, the audited data to the processing software;
• for each enterprise hierarchical model in the database, via the processing software:
• determining a carbon footprint for each node in the hierarchy of interconnected nodes;
• assigning a fraction of the footprint to the enterprise of the enterprise hierarchical model based on the determined carbon footprints;
• determining a first degree and a second degree for each node in the hierarchy of interconnected nodes using audited data associated with each node and a third degree based on the assigned fraction;
• determining an offset value for the enterprise based on the first, second and third degrees;
• determining a responsibility score for the enterprise based on the offset value;
• determining a change to the enterprise hierarchical model and/or data sources based on the determined change updating the responsibility score;
• transmitting the updated responsibility score to the output processor, wherein the updated responsibility score is in the second format;
• transmitting, via the output processor, the updated responsibility score to the standard-translator means;
• receiving, via the output processor, and from the standard-translator means, the data in the first format;
• generating a sustainability reporting interface;
• sending, via the output processor, the updated responsibility score in the first format to the generated sustainability reporting interface;
• and
• displaying, on the generated sustainability reporting interface, the updated responsibility score in the first format.