We support NGOs, carbon project developers, and conservation organizations with advanced tools to map forests, track biodiversity, and forecast deforestation. Our remote sensing and AI models turn complex data into clear decisions for climate, compliance, and sustainability.

AI-Powered Forest Monitoring for a Changing Planet

Satellite image with cloud cover over the Northwestern United States, including Washington, Oregon, Idaho, and part of Montana, outlined in green. The image highlights cloud density with a mix of black, white, and blue shades.

Disturbance Forecasting

Convolutional neural networks can harness time-series data to forecast deforestation patterns. By predicting where and when deforestation is likely to occur, organizations can take proactive measures to protect critical areas, reduce environmental impact and enhance supply chain transparency.

Overhead view of a dense forest with labeled boundaries for various tree species, including Pradosia cochlearia, Eperua falcata, and Goupia glabra.

Tree Mapping

AI can map tree species from remote sensing data, even in diverse tropical forests. This helps organizations prioritize conservation, restore forests, and manage land sustainably, ensuring compliance with biodiversity regulations and promoting responsible resource management.

Colorful aerial hyperspectral image with overlapping crowns containing tree and vibrant background. The shapes are outlined in black, and the names include "Goupia glabra," "Eperua jenmanii," and "Qualea rosea.".

Data Development

Through our knowledge of how to expertly combine data sources, we deliver precise, multi-scale insights into tropical forest dynamics, ensuring accurate monitoring of forest health, biodiversity, and carbon storage. We can help develop the data coverage at your sites to enable precise, impactful action.

Futuristic forest landscape with digital overlays and wildlife, including trees, a river, and holographic animal representations.

Project Planning

By tracking forest carbon stocks, companies can manage carbon offsets and reduce deforestation impacts. Biodiversity mapping helps protect ecosystems, ensuring that conservation efforts are prioritized and that supply chains remain environmentally responsible.

Harness the power of AI and remote sensing

At forestmap.ai, we specialize in providing cutting-edge AI-driven solutions for forest monitoring and mapping. Led by Dr. James Ball, a University of Cambridge scientist specializing in remote sensing and tropical ecology, our consultancy is at the forefront of integrating advanced computer vision techniques with remote sensing technologies to deliver accurate, actionable insights on forest ecosystems.

Colorful tropical forest, aerial view, with vibrant shades of pink, purple, yellow, and orange.

Our partners

  • Wildlife Works logo

    “It’s been a pleasure working with such a knowledgeable and efficient team of computer vision experts. I couldn’t recommend forestmap.ai more highly.”

    Jeremy Freund, CTO, Wildlife Works

Contact Us

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