Kuva Space Partners with WWF-Indonesia to Bring Hyperspectral Satellite Technology to Blue Carbon Verification and Sustainable Financing

Kuva Space has partnered with the WWF-Indonesia (WWF-Indonesia) to launch an initiative that uses satellite data and AI to monitor and quantify Indonesia’s vast blue carbon assets. The collaboration will focus on mapping seagrass and mangrove habitats across key restoration sites in East Nusa Tenggara and East Kalimantan, where WWF-Indonesia has been working for decades. This will provide a scalable, scientific evidence-based approach to coastal conservation and blue carbon estimation. The resulting data will form a transparent, scalable foundation for blue carbon accounting, policy planning, and sustainable finance – creating a model that can be replicated across other coastal nations and integrated into global carbon frameworks.

The blue carbon market – centered on conserving and restoring coastal ecosystems such as mangroves, seagrasses, and salt marshes – is growing rapidly as governments and investors recognize their role in climate mitigation. While blue carbon projects now represent approximately 0.91% of the voluntary carbon market's total credits, advances in remote sensing, carbon accounting, and monitoring technologies are changing the pace. These innovations are improving transparency, verification, and valuation – key requirements for attracting sustainable finance at scale.

“Indonesia’s coastal ecosystems are critical both for biodiversity and for people’s livelihoods. Using hyperspectral and AI technology to protect them shows how innovation and environmental stewardship can go hand in hand,” said Dr. Imam Musthofa Zainudin, Marine and Fisheries Program Director of WWF-Indonesia. “This collaboration can potentially mark a breakthrough in how we monitor and restore coastal ecosystems at scale. By combining AI-based analytics with field data, we can track mangrove and seagrass more accurately and cost-effectively than ever before. This not only strengthens our conservation work but also lays the groundwork for verified blue carbon credits that can directly benefit local communities.”

Augustinus Frumentius Harudabawur, Head of MPA Technical Management Unit of Alor Waters, said, “We in the Alor Islands and Surrounding Water Marine Protected Areas Technical Management Unit (UPTD), an organic working structure under the East Nusa Tenggara Province's Marine and Fisheries Agency, welcome this collaboration between WWF-Indonesia and Kuva Space. This collaboration aligns with the Vision of East Nusa Tenggara Governor and Vice Governor of ‘Developed, Healthy, Smart, Prosperous, and Sustainable East Nusa Tenggara.’ The vision has 7 pillars of priority program: sustainable economy and Collaboration, along with 10 Goals (Dasa Cita) in the spirit to develop the province. Hyperspectral monitoring technology can significantly improve the monitoring of seagrass and mangrove health, enabling more accurate, efficient, and sustainable monitoring in protected areas. This initiative not only will strengthen the scientific foundation of conservation areas management but also opens opportunities to develop blue financing mechanisms that can have a direct impact on coastal communities of Alor.”

Hyperspectral imaging captures data far beyond the range of conventional satellites, detecting subtle biochemical and spectral signatures that reveal ecosystem composition and health. Combined with advanced AI models, Kuva Space’s technology translates this data into precise insights on species distribution, biomass, water quality, and carbon sequestration – critical indicators for verifying blue carbon and scaling sustainable finance. The collaboration with WWF-Indonesia extends Kuva Space’s mission to make space-based climate data accessible and actionable for governments, NGOs, and industry worldwide.

“Monitoring blue carbon ecosystems has traditionally relied on labor-intensive fieldwork that can take years and cover only a fraction of the area,” said Jarkko Antila, CEO at Kuva Space. “ With novel and innovative spaceborne and AI tools like ours, we can detect, identify, and forecast blue ecosystems with greater accuracy, frequency, and scale, empowering local communities with near real-time insights to tackle transparency issues, ensure equitable pricing, and secure sustainable financing. WWF-Indonesia and Kuva Space's strategic collaboration will be a powerful testament to how global-local partnerships can become a cornerstone of sustainable environmental finance.

Indonesia holds roughly one-fifth of the world’s mangroves, forming one of the planet’s largest blue carbon reserves. However, only around half remain in high-quality condition, according to the State of the World’s Mangroves 2024 report. Seagrass ecosystems face similar pressure from pollution, sedimentation, and coastal development.

By combining Kuva Space’s spaceborne climate technology innovation with WWF-Indonesia’s on-the-ground expertise and network, the project will deliver cost-effective and verifiable monitoring of these critical ecosystems, increasing transparency and contributing to standardization methodologies while supporting Indonesia’s emerging blue carbon market. This will also support the Government of Indonesia’s effort to achieve its Second Nationally Determined Contributions (NDC) targets, Forest and Other Land Use (FOLU) Net Sink Strategy, and facilitate blue economy growth. This partnership will support priority programs of the Ministry of Marine Affairs and Fisheries as well as the Provincial Government of East Nusa Tenggara to monitor and manage blue carbon ecosystems.