System and method for tracking and verifying greenhouse gas (ghg) decarbonization through user-driven verification

A method for tracking and verifying greenhouse gas (GHG) emissions and decarbonization, comprising:

• collecting, by a computer, consumption data from a set of sources;
• computing, by the computer, a decarbonization value of one or more users based on a temporal comparison between at least two eco-verification datasets;
• generating, by the computer, a set of machine-readable codes to embed one or more of verified GHG emission data and a set of digitally signed environmental certifications;
• collecting, by the computer, one or more of real-time activity data, and mobility data from a set of wearable devices via a set of Application Programming Interfaces (APIs);
• allowing, by the computer, the one or more users to rate ecological practices and services of one or more commercial properties based on predefined criteria;
• and
• supporting, by the computer, secure identification of the one or more users and a set of reviewers;
• aggregating, by a GHG meter, collected data and computing GHG emissions using a set of predefined conversion metrics, wherein the GHG meter is integrated with a set of household sensor feeds and capable of receiving data from a set of smart devices;
• and
• displaying, by a digital interface, one or more of verified consumption data, one or more eco-badges, a set of GHG trends, and a set of historical decarbonization timelines.

A system for tracking and verifying greenhouse gas (GHG) emissions and decarbonization, comprising:

• a data acquisition module configured to collect consumption data from a set of sources;
• a decarbonization quantification module configured to compute a decarbonization value of one or more users based on a temporal comparison between at least two eco-verification datasets;
• a digital certification module configured to generate a set of machine-readable codes to embed one or more of:
• verified GHG emission data and a set of digitally signed environmental certifications;
• a wearable integration module configured to collect one or more of real-time activity data, and mobility data from a set of wearable devices via a set of health APIs;
• an eco-rating module comprising a map-based interface configured to allow the one or more users to rate ecological practices of commercial properties based on predefined criteria;
• and
• an access control and authentication module configured to support secure identification of the one or more users and a set of reviewers;
• and
• a GHG meter configured to aggregate collected data and compute GHG emissions using a set of predefined conversion metrics, wherein the GHG meter is integrated with a set of household sensor feeds and capable of receiving data from a set of smart devices;
• and
• a digital interface configured to display one or more of verified consumption data, one or more eco-badges, a set of GHG trends, and a set of historical decarbonization timelines.