Challenges

This project addresses the critical challenge of data deficiencies in SIDs, which hinder effective monitoring and evaluation of SDGs progress. The project specifically targets limitations in big data acquisition, analysis, and utilization for SDGs indicators. It aims to enhance technical capabilities through the development of improved methodologies, promote standardized indicator calculation tools and platforms, and facilitate knowledge transfer of public data products and their applications. By showcasing practical case studies of big data applications for SDGs assessment and strengthening national research capacities, the project empowers SIDS to overcome their distinctive developmental constraints, address vulnerabilities affecting their physical and economic security, and advance sustainable development objectives. These efforts collectively contribute to bridging the data gap that impedes evidence-based policymaking in SIDs.

Toward a Solution

Empowering Small Island States for a Sustainable Future

In the vast expanse of the ocean, Small Islands States (SIDS) stand as beacons of unique culture and biodiversity. Yet, for the Small Island Developing States, this isolation brings profound challenges. Climate change threatens their coastlines, extreme weather events loom large, and managing precious resources like fresh water and land is a constant struggle. For a long time, a critical obstacle has been the lack of timely, actionable data to track environmental changes and measure progress toward a safer, more sustainable future—the future envisioned by the Sustainable Development Goals (SDGs).

Recognizing this gap, a unique initiative set sail, aiming to transform this reality. Led by International Research Center of Big Data for Sustainable Development Goals (CBAS) and the United Nations Department of Economic and Social Affairs (UN DESA), the project embarked on a mission to enhance the capacity of SIDS to harness the power of Big Earth Data. This was not just about providing data; it was about building skills and fostering collaboration to tackle pressing issues aligned with key SDGs, suche as SDG2,6,7,11,13,14,15.

The approach was comprehensive and collaborative. It began with a series of dynamic capacity-building workshops, designed as a true participatory process. Policymakers, scientists, and local stakeholders from ten SIDS came together. The agenda was rich and practical: global experts delivered lectures, good case studies were shared, and, most importantly, hands-on technical sessions allowed participants to get directly involved. They learned to use cutting-edge tools, including data from SDGSAT-1—the world’s first satellite specifically dedicated to monitoring the SDGs luanched by CBAS. This wasn’t abstract theory; it was about applying satellite imagery and AI-powered analytics to monitor forest cover, assess coastal erosion, or plan for sustainable cities in their own countries.

This knowledge transfer represented a significant cross-country partnership. CBAS provided open access to its satellite data and powerful big data platforms, a crucial asset for South-South cooperation. The collaborative spirit extended beyond technology, fostering cultural exchanges and building a vibrant network of professionals united by a common goal.

The outcomes were tangible. Participants left not just with certificates, but with new skills in data application and analysis, empowered to make more informed decisions back home. The initiative’s competitive advantage was clear: by providing access to high-resolution satellite data and automated AI processing, it gave SIDS a cutting-edge tool for resilience planning that was previously out of reach.

Crucially, this is not a one-off story. Sustainability is at its core. An Outcome Statement released during the workshop paved the way for a lasting legacy. The success has sparked a series program, with a second capacity-building workshop already planned for August 2025, extending this vital support to ten more SIDS, from the Bahamas to Guinea-Bissau.

The model is highly replicable. It demonstrates that with access to satellite data, cloud computing, and targeted local capacity building, other vulnerable regions, especially coastal nations, can similarly empower themselves. The lessons learned are invaluable: the need for localized SDG indicators, the irreplaceable role of multi-stakeholder partnerships that bridge science, policy, and society, and the importance of tailoring technology transfer to specific contexts.

This is the story of how global cooperation, cutting-edge technology, and local empowerment are converging. It’s a story that turns data into a narrative of hope, equipping the most vulnerable nations with the tools they need to write their own sustainable future.