Multi-Agent Reinforcement Learning Framework

A what-if policy sandbox for climate, migration and food security

The Multi-Agent Reinforcement Learning Framework builds a virtual copy of a real foodshed and simulates how climate change drives migration, food security and rural population change. Thousands of agents — households, cooperatives, regional managers and policymakers — make decisions season by season and learn how to adapt, driven by real climate and Earth-observation data. Through a simple chat interface, users describe a scenario in plain language and receive interactive maps, timelines and plain-language reports with policy recommendations. It lets decision-makers test the likely impact of adaptation policies before committing to them in the real world.

Test adaptation policies before implementing
Level 2 – Intermediate (some guidance required)
National and regional policymakers (agriculture, environment, planning ministries), development agencies and NGOs, researchers, and foodshed / city-region planners.
Web platform (chat-based web application)

Why use this tool?

Get started

A live platform demo is available on request.

Live platform demo

Where has it worked already?

Demonstrated across the three SAFE4ALL pilots — Narok County (Kenya), Tamale (Ghana) and Marondera District / Harare foodshed (Zimbabwe) — with baseline-migration, foodshed-resilience, gender-differentiated and ensemble/uncertainty scenarios.

Developed by

This tool was developed by Neuralio AI (Thessaloniki, Greece), within the SAFE4ALL project (Horizon Europe). The material was last updated in June 2026.

 

For any questions, feel free to contact Theano Mamouka at thmamouka@neuralio.ai. Technical lead: Stelios Kotsopoulos (skotsopoulos@neuralio.ai).