New on DRI Connect

New Technologies for Resilient Infrastructure: Harnessing their full potential

                      Drones help fight wildfires, Source: Shutterstock Over the past decade, 80 percent of Japanese prefectures and many major cities in Japan have ...

Technologies Harnessing the full potential: GIR-2025 Working Paper

This Working Paper - Technologies: Harnessing the Full Potential, has been prepared as part of CDRI’s Second Global Infrastructure Resilience Report (GIR 2025) Working Paper Series. It exa...

CDRI Fellowship Programme Cohort 2022-23 Project Abstracts

The CDRI Fellowship Programme 2022–23 supports innovative research to strengthen infrastructure resilience against climate and disaster risks. Building on its 2020 inception, the 12-month ...

Building Climate and Disaster Resilient Infrastructure (DRI) in BIMSTEC Member Countries

This Community of Practice (CoP) aims to strengthen collaborative engagement and facilitate seamless knowledge exchange across the BIMSTEC member countries, which include Bangladesh, Bhutan, India, Myanmar, Nepal, Sri Lanka, and Thailand. The CoP is designed to enhance knowledge sharing on sustainable and resilient infrastructure planning, policies, and practices.


The primary objective is to catalyse discussions among stakeholders and foster collaborative solutions to the challenges faced by these countries. The CoP will also help in identifying and addressing training and capacity-building needs. Ongoing discussions around priorities, ambitions, and actionable points will be key components of the CoP’s work

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CoP on Integrating DRI in National Adaptation Strategies

The CoP will highlight that infrastructure resilience is a vital pillar of climate adaptation and can significantly enhance national efforts to achieve the Global Goal on Adaptation. The CoP will convene governments, experts, and infrastructure practitioners to develop actionable recommendations for embedding DRI within national adaptation strategies and planning processes.

CoP on Extreme Heat Management in Urban Educational Infrastructure

The increasing frequency and intensity of extreme heat events is posing unprecedented challenges to educational infrastructure globally, particularly in urban areas and resource-constrained settings. By 2050, nearly 2.02 billion children—almost every child in the world—will be exposed to heatwaves (UNICEF, 2023). Children are physiologically more vulnerable to heat stress, and poor school infrastructure often exacerbates the issue. Extreme heat not only threatens the health and well-being of students but also undermines learning outcomes, exacerbates inequalities, and disrupts access to education. Recognizing the urgency of this challenge, CDRI is convening a Community of Practice to bring together global experts, practitioners, and policymakers. Over a four-month period, the Community will foster structured dialogue, document best practices, and develop actionable guidance to build heat-resilient school systems.

Building Resilience of Urban Water Infrastructure Systems: Managing Floods and Water Scarcity

This course aims to build capacity to address the growing challenges of climate- and disaster-induced risks to urban water infrastructure. It has been developed by CDRI in collaboration with Deltares, and with the support of the Ministry of Infrastructure and Water Management, Government of the Netherlands.

DRI Lexicon

This course aims to enhance the understanding of infrastructure-related terms and phrases and apply various terminologies in real-world scenarios.

Global Infrastructure Risk Model and Resilience Index

GIRI is the first-ever fully probabilistic model to identify and estimate risk associated with major geological and climate-related hazards (Earthquake, Tsunami, Landslide, Flood, Tropical Cyclone and Drought) across critical infrastructure sectors.