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Digital public infrastructure (DPI) for global sustainability goals


The increasing availability of data-driven efficiency has stimulated the growth of sustainability goals across multiple sectors due to precise monitoring of environmental impact and identification of vulnerable populations. Digital public infrastructure (DPI) is a concept of combining networked open technology standards built for public interest, enabling governance, and a community of innovative and competitive market players working to drive innovation, especially across public programs. It is a critical enabler of digital transformation and is helping to improve public service delivery at scale, providing the tools for countries to achieve their national priorities and accelerate the progress toward the Sustainable Development Goals by promoting inclusion, empowering individuals, addressing human development, and sustainability concerns.


FACILITATING ENHANCED CLIMATE ACTION

Digital public infrastructure (DPI) plays a critical role in enhancing resilience and adaptability to climate change and environmental challenges. By integrating sensors, automation, and data analytics, it enables early detection of risks, improves disaster management and emergency response; thus, improving community preparedness and minimizing the impact of natural disasters. DPI also reduces travel-related emissions through digital access while simultaneously fostering smart infrastructure development. Through data collection and analysis, DPI supports sustainable urban planning, optimizing resource allocation and fostering overall sustainability. Leveraging digital technologies and DPI empowers countries to transition toward a more sustainable future, bolstering climate resilience and mitigation efforts.


PROMOTING INCLUSIVE AGRICULTURE AND ENSURING FOOD SECURITY

DPI technology has the capability to foster agricultural technology, particularly for smallholder farmers in developing countries. Many of which are facing the challenges of climate change, DPI enables farmers to make informed decisions about seed selection, planting, and harvesting based on real-time data. This information regarding crop yield, market prices, and climate conditions by leveraging data collection, analytics, and digital platforms provides a more in depth analysis for farmers. For instance, the agriculture data exchange in Telangana, India, and digital services provided by governments like Estonia, offer practical solutions and improved data quality for efficient farm management. Additionally, DPI facilitates international collaborations and innovations by connecting data providers and users globally. Harnessing the power of DPI in agriculture can lead to resilient farming practices, improved food supply chains, and effective climate adaptation measures, addressing the pressing issues of climate change and global food insecurity.


ENHANCE INCLUSIVITY

Digital public infrastructure bridges the digital divide and promotes inclusivity in sustainability efforts. Universal access to digital tools and technologies empowers marginalized communities to actively participate in sustainable development. Through educational resources, economic opportunities, and civic engagement platforms, digital infrastructure helps reduce social inequalities and ensures that sustainability benefits are accessible to all.

DPI plays a vital role in the modernization and efficiency of all sectors. It encompasses a range of technological components and systems that form the backbone of digital interactions between all stakeholders—leading to better and sustainability world.



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