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Artificial intelligence enables rapid analysis of satellite images to assess damage and priority areas. 

Cities can use AI and satellite imagery for rapid data collection to prevent illegal structures and ensure sustainable urban planning.

In the People’s Republic of China, rehabilitation of the Simao River took an ecological and green development path and was integrated into city plans.

Scaling up SDG localization requires system-wide alignment, enhanced local governance, and multi-stakeholder and partnership collaboration.

Light detection and ranging (LIDAR) technology can be a game changer for managing irrigation networks and raising agriculture productivity in Indonesia.

Installing wire-rope barriers to separate opposing lanes of traffic can reduce fatal road accidents by 95%.

This nature-based solution can help cities become more livable, reduce the risk of flooding, and transform urban spaces into vibrant centers for the community.

In Indonesia, a university in Lampung is building an SDGs monitoring dashboard to improve data management and visualization for local governments.

Using a tablet or smartphone to conduct survey interviews makes it easier and faster to benchmark progress toward the Sustainable Development Goals.

An analysis of socioeconomic indicators shows India is a suitable market for bullet trains.