UK, India deepen science and innovation partnership with new AI and technology initiatives

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Highlights

UK Research and Innovation and the Government of India have invested over £450 million since 2008, supporting 290 projects and increasing joint publications by 238% since 2013.
The UK-India Technology Translation Partnership and InnoXchange Programme aim to connect Catapults, Science and Technology Clusters, start-ups, and accelerators for commercialisation and innovation scale-up.
India's Department of Science and Technology is investing an additional £3 million in Phase 2 of the ISIS Neutron and Muon Source partnership to deepen collaboration in advanced materials and multidisciplinary research.

New collaboration framework and investment plans

As reported by GOV.UK, the two governments say the next phase of cooperation focuses on stronger institutional links, faster technology translation and commercialisation, and wider exchange between researchers and innovators. The council also is being elevated to reflect broader ambitions under the India-UK science, research and innovation relationship, building on existing initiatives including the Technology Security Initiative, the research and innovation memorandum of understanding, the Comprehensive Economic and Trade Agreement and Vision 2035.

The joint statement says UK Research and Innovation and the Government of India have invested more than £450 million since 2008 to support over 290 projects and 1,665 publications. It adds that joint publications have risen by 238% since 2013 and are cited 120% above the global average.

Among the main announcements is the launch of the UK-India Technology Translation Partnership with the Office of the Principal Scientific Adviser to the Government of India. The initiative is designed to connect UK Catapults with India's Science and Technology Clusters to support development, validation, pilot projects, industry collaboration and commercialisation.

The countries also agree to explore cooperation between Russell Group universities and India's Technology Innovation Hubs, and to examine a partnership with the Anusandhan National Research Foundation to connect research and technology translation with investment and scale-up. They also announce the InnoXchange Programme for start-ups, incubators and accelerators, and welcome a thematic analysis for the UK-India Research and Innovation Corridor that identifies seven shared themes and five priority opportunities.

The statement also confirms Phase 2 of the ISIS Neutron and Muon Source partnership. Under that plan, India's Department of Science and Technology is making a further £3 million investment over five years to expand access for Indian researchers, support early-career development and deepen collaboration in advanced materials, physical sciences and multidisciplinary research.

Technology, biotech and energy links gain strategic weight

The two sides say a parallel priority is to develop and deploy critical and emerging technologies that support growth and security in both countries. They highlight ongoing work under the Technology Security Initiative, including the Connectivity and Innovation Centre, Joint AI Centre and Critical Minerals Guild.

Additional partnerships highlighted in the statement include a Genomic Centre of Excellence between Oxford Nanopore Technologies India Pvt. Ltd and India's Centre for DNA Fingerprinting and Diagnostics, as well as a UK-India Biomanufacturing Partnership between the UK's Centre for Process Innovation and India's Biotechnology Research and Innovation Council. The governments also welcome broader collaboration in biomanufacturing, biotechnology, genomics, femtech and sustainable agriculture.

Energy and industrial technology are also moving higher up the bilateral agenda. The two countries agree to partner on carbon capture, utilisation and storage, electricity grid resilience, energy storage and advanced battery technologies, while also identifying future opportunities for UK Research and Innovation and the Government of India to work together in next-generation batteries, pharmaceuticals and medical technologies.

For businesses and research institutions, the package points to a more commercial and sector-focused approach to bilateral cooperation. Officials and delivery partners now are tasked with advancing the initiatives before the next council meeting, with the aim of turning more joint research into marketable products, technologies and businesses.

Battery energy storage systems in South and Southeast Asia have been gaining importance as power grids face rising renewable penetration and the need to manage intermittent solar generation. In our earlier article, we explained that solar-plus-storage projects are accelerating—especially short-duration batteries—while scaling still depends on clear regulation, predictable revenues, and strong market frameworks to manage risks such as battery degradation and performance.

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