SERVIR
Global Collaborative
Connecting Space to Village
Earth observation data, analytics, and GeoAI capabilities are expanding at unprecedented speed. SIG-NAL serves as the Global Secretariat for the SERVIR Global Collaborative, a network of leading geospatial institutions in Africa, Asia, and Latin America. The SERVIR Global Collaborative partners with countries and organizations to turn cutting edge geospatial science and information into trusted, operational solutions for strengthened risk management in the contexts of weather, climate, landscapes, water, and food security.
Bridging global innovation
About the Partnership
Satellite data, global models, and AI-driven analytics offer powerful insights into environmental change. Yet translating these advances into tools that work for real users on the ground remains a persistent challenge. Users are overwhelmed by a growing volume of models and analytical platforms, making it difficult for national agencies to determine which tools are reliable, relevant, and worth institutionalizing.
Too often, globally developed products introduce local errors when regional environmental conditions or institutional realities are overlooked. When governments and communities are not meaningfully involved in design, even scientifically robust tools can fail to gain trust, ownership, or sustained use.
SERVIR was created to overcome these barriers.
SERVIR uses a locally led, hub-based approach to ensure Earth observation solutions are designed with users, not simply delivered to them. Independent regional hubs work directly with national institutions to identify priorities, co-develop services, and adapt global data and methods to local environmental and institutional contexts.
This approach has established SERVIR as a trusted provider of operational platforms that support climate resilience, land and water management, agriculture and food security, and disaster preparedness across Africa, Asia, and Latin America.
SERVIR was created to overcome these barriers
SERVIR uses a locally led, hub-based approach to ensure Earth observation solutions are designed with users, not simply delivered to them. Independent regional hubs work directly with national institutions to identify priorities, co-develop services, and adapt global data and methods to local environmental and institutional contexts.
This approach has established SERVIR as a trusted provider of operational platforms that support climate resilience, land and water management, agriculture and food security, and disaster preparedness across Africa, Asia, and Latin America.
SERVIR Regional Hub Institutions










How
How the SERVIR Model Works
Methodology / Process
From user needs to operational platforms supporting tailored services
User-led problem identification
Co-designed, locally tailored solution development
Iterative deployment and learning
Expertise
Land, forest, and ecosystem monitoring
Climate resilience planning and adaptation
As the Global Secretariat, SIG-NAL enables the SERVIR network to function as a coherent, trusted, and effective global collaborative. SIG-NAL supports centralized, shared digital infrastructure and GeoAI enablement; hub to hub knowledge sharing; network governance; strategic partnerships and sustainability planning; and network-wide impact monitoring and evaluation.
SIG-NAL ensures that locally led innovation can scale globally—without losing relevance, credibility, or impact.
Projects
SERVIR Global Collaborative in Practice

HIWAT
The High-Impact Weather Assessment Toolkit (HIWAT) is a SERVIR-supported early warning forecasting system for extreme weather developed by the SERVIR hub in South Asia

GEOGLOWS
GEOGLOWS is an international initiative that provides open, global streamflow forecasts and hydrological data to manage water resources

Collect Earth Online (CEO)
Collect Earth Online (CEO) is one such tool: an open-source platform that combines satellite imagery with human interpretation

Forest Data Partnership
Across the globe, governments and private-sector actors are committing to reducing forest loss and expanding restoration to address climate change