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Projects for Impact
Our impact projects demonstrate how artificial intelligence can be applied to address real world challenges. Working alongside local partners, researchers, and community organizations, we design and deploy practical AI solutions that protect ecosystems, expand access to education, and support language inclusion for underserved communities. These initiatives move beyond theory by applying technologies such as machine learning, remote sensing, and generative AI to generate insights, preserve cultural knowledge, and create tools that help communities, safeguard biodiversity, and protect the planet
Our
Projects
Our current projects focus on applying AI across environmental conservation, language inclusion, and education. Using satellite imagery, remote sensing data, and machine learning, we are developing tools that help monitor ecosystems, track environmental change, and support conservation teams working in remote regions. At the same time, we are exploring how generative AI can help preserve underrepresented languages and improve access to personalized learning. Together, these initiatives demonstrate how AI can extend the reach of limited resources while empowering communities and protecting the environments they depend on
SUTD AI FOR CONSERVATION INNOVATION PROGRAM: DEVELOPING PRACTICAL AI SOLUTIONS FOR ENVIRONMENTAL PROTECTION THROUGH STUDENT INNOVATION
Aiforgood Asia partners with the Singapore University of Technology and Design (SUTD) Spatial Design program to explore how artificial intelligence can be applied to real world environmental and conservation challenges. Each year, multidisciplinary student teams collaborate with Aiforgood Asia and external conservation partners to design and prototype AI powered tools that support ecosystem monitoring, biodiversity protection, and environmental decision making
IMPROVE CONSERVATION MANAGEMENT THROUGH MACHINE LEARNING & REMOTE SENSING
The project aimed to develop a computer vision-based solution that utilized remote sensing and machine learning to detect cardamon cultivation in satellite imagery. Fauna & Flora, an international conservation charity, provided ground truth data for the project.
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