Purpose
CarbonGPT aims to equip organizations with a robust, AI-powered software platform for carbon emissions tracking and Environmental, Social, and Governance (ESG) reporting, promoting sustainable business operations.
The purpose of CarbonGPT is to provide organizations with a comprehensive solution for managing and tracking their carbon footprint across various scopes, ensuring compliance with environmental standards, and aiding in the strategic decision-making process for sustainability efforts.
Features
Multi-fecetted Architecture
A structured navigation bar with options for: Dashboard, Emission Tracking, Plan, Scenario and Forecasting, Reporting, Settings, Help Center, Contact Us, and Resources & support
Dashboard Overview
Total Emission: Current day's total emissions (DTD) displayed with a percentage change indicator. Scope 1,2 and 3 Tracking: Widgets for "Scope 1 (MTD)” and "Scope 2 (YTD)" showing financial data and percentage changes in emissions. Live Data Visualization: Graphs and charts showing live emissions data, categorized by sources such as Electricity, Vehicle, Boiler, Heating & Cooling, Steam, and Furnace. AI Chat Interface: Allows users to interactively request specific emissions data or generate reports, demonstrated with a query for Malaysia's carbon emissions chart. Reporting and Standards
Budget Report: Compares allocated budget to actual spending by department. Monthly Carbon Reporting: Automated, detailed carbon emissions reports. ESG Standards Compliance: Supports multiple ESG standards including GRI, SASB, TCFD, etc., ensuring comprehensive reporting capabilities. Total Emissions: A real-time display of total emissions for the current day, along with the percentage increase or decrease from a previous period. Scope Emissions: Separate tracking for Scope 1, Scope 2, and Scope 3 emissions with financial metrics and percentage changes. Interactive Charts: Visualization tools for emissions data, including line graphs and pie charts. Interactive Features
Interactive AI Chart: Trend visualization tool depicting data over time, such as Malaysia's carbon emissions historical data. Dynamic Data Queries: Users can interact with the platform via an AI chat interface for specific data analyses or custom report generation. Requirements
Functional Requirements
The system must provide accurate, real-time carbon emissions tracking. Incorporation of multiple ESG standards like GRI, SASB, and TCFD for reporting purposes. Interactive AI chat interface for dynamic user interactions and reporting. Non-functional Requirements
High availability and reliability, with a responsive design adaptable to different devices.
Integration Requirements
Capable of integrating with existing systems and supporting third-party APIs.
Compliance and Security Requirements
Update mechanisms to maintain compliance with evolving ESG standards. Strong encryption and user authentication protocols. Success Criteria
Engagement level with ESG reporting features. Efficiency in generating reports aligned with multiple ESG standards. User feedback on the comprehensiveness and utility of ESG compliance features.
Appendices
Mockups of dashboard widgets for ESG standards reporting. Use cases detailing the application of different ESG standards within the platform. Security and compliance technical specifications. 
Product Req