Sapiologie provides a scalable and reliable platform for conducting Life Cycle Assessments (LCA) across complex industries. The technology automates LCA processes using explainable AI while ensuring user control for verifiable and compliant environmental impact results. This centralized tool collects, enriches, and visualizes purchasing and production data to support stakeholders in defining and implementing decarbonization action plans.
Funding
Funding not disclosed
Founders
Product
Problem
Evaluating the environmental, social, and economic impacts of products throughout their entire life cycle is a complex process. Existing methods often involve cumbersome data collection and analysis, hindering collaboration among teams and suppliers. This complexity makes it difficult for businesses to enhance product sustainability and make informed decisions.
Solution
Sapiologie offers a web application that simplifies life cycle assessment (LCA) methodologies, enabling businesses to evaluate the environmental, social, and economic impacts of products. The platform facilitates collaboration among internal teams and external suppliers, streamlining data collection and analysis. Sapiologie provides tools to model complex products, access a variety of databases, and visualize results. The platform's features, including an AI assistant and semantic search, help users identify and compare impact sources, personalize analyses, and propose eco-design alternatives.
Target Audience
Sapiologie targets eco-design consultants, product engineers, R&D teams, CSR managers, and business leaders seeking to analyze and improve the environmental and social impact of their products.
Features
- Collaborative data collection tools to facilitate input from various stakeholders, eliminating the need for exchanging Excel files
- AI-assisted modeling to help determine product compositions and identify relevant data
- Integration with multiple databases for streamlined access to life cycle inventory data
- Customizable dashboards for visualizing and comparing environmental, social, and economic impacts
- R&D mode and comparative analyses to support eco-design and impact transfer management
- Ability to model entire product ranges and manufacturing trees
- Semantic search functionality to find relevant data in impact databases