Simulation and Optimization
Advanced modeling tools for scenario planning
OSCAR's scenario-based Simulation and Optimization capability will incorporate OS-Climate's SoSTrades engine, enabling multiple agencies and partners to collaborate inside the tool environment in developing digital twins. for combined transition and physical scenario analysis to improve economic development planning and investment.
Advanced Scenario Modeling
Evaluate A/R options including hard infrastructure, nature-based solutions, regulations, incentives, and more. Assess trade-offs and set priorities through collaborative modeling and analysis.
Key Capabilities
Multi-Agency Collaboration
Enable multiple agencies and partners to work together within the same tool environment, sharing data and insights in real-time.
Scenario Analysis
Model different climate scenarios, policy options, and adaptation strategies to understand potential outcomes and trade-offs.
Optimization Algorithms
Advanced optimization algorithms help identify the most effective combinations of adaptation measures for specific contexts.
Economic Modeling
Model economic transition strategies across physical, economic, policy, technology, and resource scenarios.
Use Cases
Infrastructure Planning
Evaluate different infrastructure options for climate resilience, considering costs, benefits, and long-term sustainability.
Nature-Based Solutions
Model the effectiveness of nature-based solutions like green infrastructure, wetlands restoration, and urban forestry.
Policy Design
Test different policy approaches and regulatory frameworks to optimize climate adaptation outcomes.
Resource Allocation
Optimize the allocation of limited resources across different adaptation measures and geographic areas.
Technical Foundation
SoSTrades Engine Integration
OSCAR leverages OS-Climate's SoSTrades engine, a powerful open-source platform for systems modeling and optimization that has been developed through collaboration with leading organizations in climate science and technology.
This integration provides robust, scalable simulation capabilities while maintaining the open-source principles that make OSCAR accessible to communities worldwide.