Project

Unlocking AI's potential to serve humanity

Harnessing Artificial Intelligence for sustainable development

Date Published
17 Apr 2025
Project Type
Research
Project Status
Active
AI for good

Artificial Intelligence (AI) has emerged as one of the most transformative technologies of our era, offering unprecedented opportunities to address global challenges and improve quality of life. From healthcare and education to disaster response and sustainable resource management, AI is reshaping how societies tackle complex problems and create pathways toward human and planetary well-being. AI-driven tools – from robotics and geospatial intelligence to smart communication networks – are enabling innovations that enhance human capabilities and promote sustainable development worldwide.

At the same time, the rapid adoption of AI brings significant ethical, governance and equity considerations. Responsible deployment requires coordination among governments, industry, academia and civil society, ensuring that AI serves humanity broadly rather than a select few.

A report produced by UNU-CPR for the International Telecommunication Union (ITU), Unlocking AI’s Potential to Serve Humanity: Robotics, Geospatial AI and Communications Networks, consolidates insights, including research, case studies and policy discussions, that have emerged from ITU's AI for Good Global Summit over the past decade. The report highlights applications of AI in areas such as healthcare, rehabilitation, disaster response, agriculture, education and planetary sustainability, and distills the policy implications of deploying AI responsibly at global scale.

This flagship report identifies technical, ethical and governance trends in AI and presents actionable pathways for leveraging AI to serve both people and planet. It is designed to inform Member States, industry leaders, multilateral agencies and civil society organizations, providing a roadmap for ethical and inclusive AI deployment that maximizes social and environmental benefits.

Case studies: AI for human well-being

Blog Post

AI-powered wearable robots providing personalized assistance for mobility

AI-powered wearable robots use real-time data to provide personalized assistance and improve mobility for everyday activities.

16 Jan 2026

Blog Post

Exoskeletons for rehabilitation

AI-powered exoskeletons help people with mobility challenges regain movement and independence.

17 Jan 2026

Blog Post

GeoAI and the digital transformation of agriculture, water and food systems

GeoAI applies AI and data-driven insights to make environmental and resource management smarter and more sustainable.

16 Jan 2026

Blog Post

Disaster response

AI enhances GIS workflows by automating analysis and uncovering insights from complex geospatial data.

16 Jan 2026

Blog Post

AI medical diagnostics and treatment

AI enhances medical diagnostics and treatment by enabling earlier detection and improving access to care.

16 Jan 2026

Blog Post

Soft robots for humanity

Soft robots use flexible materials and AI to navigate complex environments and assist humans in diverse tasks.

17 Jan 2026

Case studies: AI for planetary well-being

Blog Post

Machine learning supporting ecology

Machine learning supports ecological research by automating wildlife monitoring and improving conservation efforts.

16 Jan 2026

Blog Post

Leveraging AI in 5G networks to address efficiency challenges

AI enhances 5G networks by improving efficiency, optimizing performance and reducing energy consumption.

16 Jan 2026

Blog Post

Multimodal adaptation of large language models for smart mobility in Africa

Large language models and multimodal AI improve mobility by optimizing traffic and transportation systems in African cities.

16 Jan 2026

Events

Related content

Blog Post

Soft robots for humanity

Soft robots use flexible materials and AI to navigate complex environments and assist humans in diverse tasks.

17 Jan 2026

Blog Post

Exoskeletons for rehabilitation

AI-powered exoskeletons help people with mobility challenges regain movement and independence.

17 Jan 2026

Blog Post

Multimodal adaptation of large language models for smart mobility in Africa

Large language models and multimodal AI improve mobility by optimizing traffic and transportation systems in African cities.

16 Jan 2026