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Bridging the Science, Technology, and Innovation Divide for SDGs Acceleration

At the halfway point to 2030, science, technology, and innovation (STI) hold immense potential to drive transformative change across critical areas crucial for achieving the Sustainable Development Goals (SDGs). The recent COVID-19 pandemic demonstrated humanity's ability to harness STI for the GREATer good, such as the rapid development of vaccines and the scaling up of digital technologies to support societies during lockdowns. However, despite these remarkable achievements, the United Nations acknowledges that the full potential of STI for SDG implementation remains significantly underutilized, especially in developing countries, where STI is of paramount importance.


In developing countries, STI present diverse pathways for progress, spanning energy, healthcare, agriculture, education, and many more areas. In Bangladesh, the deployment of solar power technology has played a pivotal role in advancing the SDGs, particularly SDG 7 (Affordable and Clean Energy), by installing millions of solar home systems in rural areas, thus improving energy access and reducing environmental impact. Similarly, South Africa's innovative water purification technologies, including solar-powered systems, have not only effectively addressed water scarcity (SDG 6 - Clean Water and Sanitation) but have also contributed to fostering public health improvements (SDG 3 - Good Health and Well-being) for its citizens. Over the next 7 years, STI can play a pivotal role in advancing SDG implementation globally and aligning with the Paris Agreement. Nevertheless, one of the key challenges emphasized by the United Nations is the issue of equity in STI, particularly in developing countries, where ensuring that the benefits reach all segments of society remains an urgent concern.


Addressing equity challenges in STI requires a comprehensive approach that promotes inclusivity and cooperation. This includes expediting the transfer of eco-friendly technologies to developing nations through mutually beneficial agreements, such as collaborations between developed and developing countries to transfer sustainable energy solutions. However, achieving this goal is not easy due to various factors, including intellectual property rights, financial constraints, and differing national priorities. Additionally, structural obstacles that impede access to emerging technologies must be eliminated, such as addressing high costs and regulatory complexities. Partnerships similar to the collaboration between the U.S. Food and Drug Administration (FDA) and various pharmaceutical companies for expedited approval of COVID-19 vaccines serve as an excellent example.

These collective efforts, when carried out through strengthened partnerships between governments, businesses, and civil society, play a pivotal role in narrowing the STI equity gap. The path to SDG achievement through STI is not without its lessons and challenges, particularly the inequalities in access and capacity. However, by prioritizing equitable access, fostering collaboration, and actively all segments of society, we can unlock the full potential of STI to address global challenges and transform our world for the better.

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