ClimateGPT: Advancing Climate Intelligence with AI

ClimateGPT 2.0, developed by Erasmus.AI, is a pioneering and rigorous Climate AI tool designed to empower researchers, policymakers, and business leaders with dynamic, interconnected insights into climate-related events and their global impacts. Built on a curated database of millions of articles from the past 15 years and powered by a 7B parameter model for efficiency, ClimateGPT combines machine intelligence, social insights, and community wisdom to decode the complexities of climate change and support informed decision-making. With collaborations from leading universities and a thriving developer community, it stands as a unique platform for exploring climate solutions through a lens of discovery and social intelligence.

Key Features:

• Climate Event Correlation: Links complex climate events across regions and sectors (e.g., linking events in Egypt to financial impacts in America).
• Curated Historical Database: Leverages a vast repository of climate-related articles spanning 15 years.
• 7B Parameter Model: Optimized for energy efficiency and performance.
• Community-Driven Development: Built with input from a global community of contributors.
• Interdisciplinary Insights: Integrates machine intelligence with social and community knowledge.
• Research & Policy Support: Designed to assist in strategic decision-making for climate challenges.
• Open Collaboration: Partners with academic institutions and sustainability initiatives like the CSO Awards.
• Accessible via Login: Requires user authentication through Erasmus.AI for access.
• Beta Platform with Continuous Improvement: Actively developed and refined based on real-world feedback.

Pricing: ClimateGPT is currently available through a request-based access model, indicating a trial or freemium approach to onboarding users and evaluating the tool’s capabilities.

Conclusion: ClimateGPT is a transformative, community-powered AI tool that brings clarity to climate change complexities, offering researchers and leaders a powerful, efficient, and insightful platform for understanding global climate dynamics and their far-reaching consequences.