The Indian Biopharmaceutical landscape interests scholars from innovation studies, economic geography and policy learning to understand various regional dimensions that fuel knowledge production in relation to emerging technologies. Globalization has a strong influence on such high technology clusters, wherein 'local' play a significant role. With this prelude, the study attempts to understand the nature and typology of Global Innovation Networks (GINs), by assessing the degree of globalness, innovativeness and networkedness of firms, located in India's first organized Biosciences R&D cluster, Genome Valley, Hyderabad (India). On reflecting over the typologies of GINs and their degrees of globalness, innovativeness and networked ness in Biopharmaceutical firms, the paper contends that firms have an export-oriented objective and are competing with their global competitors; innovation seems to be mostly incremental in nature; the sector is battling due to absence of linkages with funding agencies and basic research institutions. However, the entire cluster with pre-existing capabilities, vantage points and resources, coupled with GINs, is evolving as a potent site for innovation. Also, this paper opens up the scope for future research, by aligning socio-economic aspects of networks and linkages, in terms of the health outcomes or social relevance derived out of the networks and linkages across the globe.

Utilizing the expertise and knowledge resources of the diaspora, particularly the scientific diaspora, has been part of the strategies of many countries. In the recent years, realizing the importance of the potential of the diaspora to contribute to national development and Science, Technology, and Innovation ecosystem, countries have used Science Diplomacy also to engage with the scientific diaspora. Science Diplomacy is hailed as an enabler and facilitator and is often seen in the context of international S&T collaboration or big science projects. But the use of Science Diplomacy for diaspora engagement calls for specific strategies and meaningful initiatives. India is one of the major developing countries that has given a major thrust to engaging with the scientific diaspora. India is also a leading player in the global Science Diplomacy arena. This article critically examines India's initiatives and strategies for engagement with the scientific diaspora. It points out that the Science Diplomacy dimension is missing in this. Using examples from other countries, recent thinking, and developments in Science Diplomacy, this study outlines an approach with some examples of strategies and initiatives for harnessing Science Diplomacy to enhance engagement with the scientific diaspora and create a win-win milieu for India and the diaspora. The approach takes into account the proposed and ongoing initiatives in emerging technologies in India, including quantum technologies and Artificial Intelligence. Such a framework will create a synergy among various programs and initiatives by using Science Diplomacy as a facilitator and catalyst. Under this framework, Diaspora is involved not only as experts and contributors to scientific advancements but also as stakeholders. This dual role of the STI Diaspora can bring a paradigm shift in traditional understanding and use of science diplomacy, particularly to engage and harness the potential of the STI Diaspora for Sustainable Development.