India's Technology Diplomacy: From Technology Access to Technological Statecraft

Context

France Signals a New Phase: India's technology diplomacy entered a new phase in June 2026 when Prime Minister Narendra Modi and French President Emmanuel Macron jointly inaugurated Bharat Innovates in Nice, the flagship event of the India–France Year of Innovation 2026.
This collaboration is on the lines of Horizon 2047 framework, which provides the long-term strategic framework for India-France cooperation in AI, innovation, talent mobility, technological sovereignty and co-development of future technologies

A Network of Technology Partnerships: The French initiative was not an isolated development.
In January 2026, India and the European Union embedded semiconductor cooperation, startup partnerships, innovation hubs and research collaboration within a broader economic framework.
Germany's January 2026 engagements produced agreements on telecommunications, critical minerals, defence-industrial cooperation and green technologies.
India and Israel elevated their relationship into a Special Strategic Partnership focused on artificial intelligence, cybersecurity, digital payments and critical technologies.
In June 2026, India proposed quantum computing collaboration with Russia at the BRICS Quantum Technologies Forum in Moscow under the National Quantum Mission.
Technology as Strategic Statecraft: Taken together, these developments reveal a structural transformation in Indian diplomacy. Technology is no longer a specialised domain of scientific exchange.
It has become a strategic instrument for securing supply chains, strengthening defence capabilities, shaping digital governance, expanding industrial competitiveness and preserving strategic autonomy.

How Did India's Technology Diplomacy Evolve into a Strategic Instrument?

Human Capital as the First Bridge: India's earliest engagement with the global technology economy was driven by human capital.
The international expansion of Indian IT firms during the late 1990s established India as a major source of technological talent. Infosys listed on NASDAQ in 1999 and Wipro on the New York Stock Exchange in 2000, symbolising India's integration into the global knowledge economy.
By FY2014, the United States issued over 101,800 H-1B visas annually to Indian nationals, making India one of the largest contributors to global technology workforces.
This phase generated employment, foreign exchange and international recognition.
However, innovation ecosystems, semiconductor fabrication facilities and intellectual property creation remained concentrated outside India.
The country participated in global technology networks primarily as a provider of skilled labour rather than as a producer of strategic technologies.
Technology Security and Strategic Vulnerability: The transition from technology access to technology statecraft accelerated after 2020.
Strategic competition increasingly centred on semiconductors, artificial intelligence, quantum computing, telecommunications and advanced manufacturing.
Simultaneously, India discovered the extent of its dependence on external technology supply chains.
In 2021, China accounted for approximately 79 per cent of India's semiconductor imports, valued at US$4.25 billion out of a total US$5.38 billion.
The dependence had grown rapidly over preceding years, highlighting the strategic risks associated with concentrated supply chains.
The 2020 border confrontation transformed this dependence from an economic issue into a strategic vulnerability.
Technology security became inseparable from national security.
Cyber Diplomacy Architecture: India's response combined institutional reform with industrial policy.
The Ministry of External Affairs strengthened its Cyber Diplomacy architecture and established the New and Emerging Strategic Technologies (NEST) Division.
The India Semiconductor Mission was launched with an outlay of ₹76,000 crore, while the National Quantum Mission (NQM) allocated approximately US$730 million for developing quantum computing, communications and materials capabilities by 2030–31.
At the international level, technology cooperation was elevated to strategic leadership through frameworks such as Initiative on Critical and Emerging Technologies (iCET).
India's Emerging Technology Network: India's deepest partnerships are concentrated in areas where technological capability translates directly into economic competitiveness and strategic influence.
Rather than relying on a single technological bloc, India is building a diversified technology network in which different partners contribute complementary strengths.
This approach represents the technological expression of strategic autonomy, enabling India to access multiple innovation ecosystems while reducing dependence on any single source of technology.

What Opportunities Does Technology Diplomacy Create?

Building Technological Sovereignty: India's technology diplomacy strengthens technological sovereignty by reducing critical external dependencies while preserving strategic autonomy.
Initiatives such as the India Semiconductor Mission have attracted major investments from Micron, Foxconn, Tata Group and AMD, helping build domestic capabilities in semiconductor manufacturing, design, research and skilled workforce development.
Simultaneously, India's engagement through iCET, the India–EU Trade and Technology Council, partnerships with France, Germany and Israel, ASEAN innovation frameworks, BRICS initiatives and the Quad Critical and Emerging Technology Working Group enables access to multiple innovation ecosystems.
This diversified technology network reduces dependence on any single partner and reflects a new form of strategic autonomy based on technological flexibility, capability creation and resilient innovation ecosystems rather than traditional geopolitical non-alignment.
Defence Innovation and Industrial Upgrading: Technology diplomacy is reshaping India's defence partnerships.
Cooperation increasingly emphasises co-development and co-production rather than conventional procurement.
Germany's Defence Industrial Cooperation Roadmap and Project 75(I), involving collaboration between ThyssenKrupp Marine Systems and Mazagon Dock Shipbuilders, illustrate this shift.
The United States' Defence Technology and Trade Initiative (DTTI) and India's Strategic Trade Authorization Tier-1 (STA-1) status have expanded opportunities for advanced technology collaboration.
Israel's partnerships increasingly combine cybersecurity, artificial intelligence and defence innovation.
Such arrangements create spillovers into aerospace, communications, advanced materials and electronics industries, strengthening the broader industrial ecosystem.
Digital Public Infrastructure as Global Influence: India's Digital Public Infrastructure (DPI) has emerged as an influential diplomatic asset.
UPI has already established international linkages with countries such as Singapore, the UAE and France.
The NPCI International–MASAV agreement extends this architecture to Israel's payment ecosystem.
Unlike proprietary digital platforms, India's model is based on interoperability and public governance.
This creates opportunities to promote digital public goods across developing countries while shaping debates on digital inclusion, digital identity and responsible AI governance.
Quantum Leadership and Standards Formation: The National Quantum Mission seeks to develop quantum computers ranging from 50 to 1,000 qubits and establish secure quantum communication systems over long distances.
Russia's development of a 50-qubit prototype and India's proposal for collaboration under the BRICS framework indicate the emergence of quantum diplomacy as a distinct policy domain.
Because quantum technologies remain at an early stage globally, standards, protocols and governance frameworks are still evolving.
India's simultaneous engagement with Western partners and BRICS countries positions it to participate in shaping these emerging rules rather than adapting to them after they are established.

What Structural Constraints Could Limit India's Technology Ambitions?

Competing Technology Ecosystems: Technology cooperation increasingly intersects with geopolitical competition.
Advanced semiconductors, quantum systems and dual-use technologies are governed by export-control frameworks and national security considerations.
India's engagement with Western technology ecosystems alongside expanding BRICS cooperation creates a delicate balancing challenge.
As technological fragmentation deepens, maintaining access to multiple innovation networks without compromising strategic autonomy will become increasingly difficult.
Capability Gaps at Home: Technology diplomacy can create opportunities, but long-term outcomes depend on domestic capability.
The India Semiconductor Mission allocates only a limited share of resources to training, research and ecosystem development, despite these being essential for sustaining advanced manufacturing.
The nanoelectronics centres established across leading Indian institutions have produced significant research outputs and highly trained personnel.
However, scaling advanced manufacturing and frontier innovation requires a substantially larger scientific and technical base than currently exists.
Limited Research Integration: India's technology partnerships have expanded rapidly, yet research integration remains uneven.
India's participation in Horizon Europe has not matched the scale of political ambitions surrounding India–EU technology cooperation.
Concerns regarding cost-sharing obligations, research priorities and strategic technologies continue to constrain deeper institutional integration.
Existing exchange programmes and collaborative research initiatives demonstrate potential but remain limited relative to the scale of emerging technology partnerships.
Connectivity Deficits in the East: India's technology engagement with ASEAN operates through science and innovation platforms, yet physical connectivity remains inadequate.
Delays in the India–Myanmar–Thailand Trilateral Highway and the Kaladan Multi-Modal Transit Transport Project constrain deeper economic integration.
This challenge is particularly significant because India's trade deficit with ASEAN has expanded considerably.
Without stronger connectivity, technology cooperation risks remaining disconnected from manufacturing networks, supply chains and commercial opportunities.
The Frontier Talent Challenge: Emerging sectors such as artificial intelligence, semiconductors and quantum technologies require highly specialised expertise.
The India Semiconductor Mission projects substantial future demand for advanced technical manpower, while the National Quantum Mission depends heavily on researcher mobility and international collaboration.
The challenge is no longer limited to preventing brain drain. India must create conditions that encourage continuous circulation of researchers, entrepreneurs and innovators across global technology ecosystems while simultaneously strengthening domestic research capabilities.

How Can India Convert Technology Partnerships into Technological Power?

A Dedicated Technology Diplomacy Architecture: The NEST Division should be expanded into a dedicated Technology Diplomacy Directorate with specialised desks for semiconductors, artificial intelligence, quantum technologies and defence-dual use systems.
Such an institutional structure would provide the expertise required for negotiations involving standards, export controls, research partnerships and technology governance.
Mission-Linked Technology Partnerships: Every major technology agreement should be aligned with measurable national objectives.
Semiconductor partnerships should help India build skilled manpower and semiconductor manufacturing capacity, while quantum partnerships should support the development of indigenous quantum technologies under the National Quantum Mission.
Linking diplomacy to mission outcomes would ensure that international cooperation strengthens domestic capability creation.
Scaling Existing Innovation Platforms: Rather than creating entirely new institutions, India should expand successful mechanisms already in operation.
The Indo-German Science and Technology Centre (IGSTC), collaborative research exchanges, European co-funding arrangements and the India–Israel Industrial R&D and Innovation Fund (I4F) provide tested foundations for deeper innovation partnerships.
Scaling these mechanisms would generate more durable outcomes than relying primarily on summit-level announcements and framework agreements.
A Structured Quantum Diplomacy Framework: A dedicated Quantum Diplomacy Desk should coordinate international engagements under the National Quantum Mission.
Such a framework would align India's research institutions, international partnerships and strategic technology objectives across both Western and BRICS ecosystems.
This approach would ensure that international cooperation accelerates domestic capability development rather than creating fragmented research networks.
Digital Public Infrastructure Diplomacy: NPCI International should be given a formal mandate to expand UPI interoperability partnerships across additional countries, particularly in the Global South.
Digital payments, digital identity systems and open digital architectures should become recognised instruments of India's external engagement strategy.
Such an approach would allow India to exercise influence through governance models and technological solutions rather than through market dominance alone.
Technology Corridors Across the Indo-Pacific: Technology cooperation with ASEAN should be linked directly to connectivity and supply-chain initiatives.
Completing the India–Myanmar–Thailand Trilateral Highway and related projects would strengthen the economic foundations of regional innovation networks.
A technology partnership becomes strategically meaningful only when knowledge flows, manufacturing networks and logistics systems reinforce one another.
India must therefore treat connectivity and technology diplomacy as mutually reinforcing components of a single Indo-Pacific strategy.

UPSC Prelims Connect

Q. Consider the following statements: (2016)

The International Solar Alliance was launched at the United Nations Climate Change Conference in 2015.
The Alliance includes all the member countries of the United Nations.

Which of the statements given above is/are correct?

(a) 1 only

(b) 2 only

(d) Neither 1 nor 2

Ans: (a)

https://www.thehindu.com/opinion/op-ed/technology-drives-india-france-strategic-convergence/article71105988.ece

https://indianexpress.com/article/india/india-a-tech-provider-offering-global-solutions-pm-narendra-modi-in-france-10739561/

https://www.orfonline.org/expert-speak/india-russia-relos-agreement-a-strategic-pact-or-a-technical-formality

https://www.cgivladi.gov.in/page/india-russia-relations/

https://economictimes.indiatimes.com/news/economy/foreign-trade/india-pitches-quantum-computing-collaboration-with-russia-under-national-mission/articleshow/131745085.cms?from=mdr

https://www.weforum.org/stories/2023/02/what-is-tech-diplomacy-experts-explain/

https://icwa.in/pdfs/EmergingTechnologiesIndianDiplomacyweb.pdf