Raisina Science Diplomacy Initiative Advances Global Cooperation

The Raisina Science Diplomacy Initiative (SDI) held its first edition on 5 March 2026 at Bharat Mandapam, New Delhi. Launched by the Principal Scientific Adviser’s Office and the Observer Research Foundation, it convened global leaders to discuss science diplomacy’s role in strategic autonomy and governance of disruptive technologies.

Significance of Raisina Science Diplomacy Initiative

The initiative brings together scientists, diplomats, and scholars worldwide. It focuses on how science and technology shape national development, security, and economic progress. The event emphasised adapting science diplomacy to new technologies and shifting global politics. It aims to create a global platform for evolving science diplomacy frameworks.

Roundtable on Strategic Autonomy

The first roundtable discussed balancing national priorities with international scientific collaboration. Participants stressed the importance of trusted scientific networks and transparent research. Strengthening risk assessment and science advice was brought into light. The need for resilient multilateral frameworks to support equitable global cooperation was underlined.

Roundtable on Governance of Disruptive Technologies

The second roundtable focused on governance models for emerging technologies. Discussions promoted anticipatory policies and inclusive norm-setting. Ethical and societal considerations were emphasised alongside innovation. Participants called for proactive global coordination to manage risks and reduce inequalities through science diplomacy.

Key Contributions and Future Directions

Speakers included experts on the history of science diplomacy and NATO’s technology foresight. The initiative plans to be annual, encouraging ongoing dialogue on science’s role in international policy. Future focus includes integrating private sector roles and adapting multilateral instruments for equitable technology diffusion.

Topics for Prelims:

Raisina Science Diplomacy Initiative

1. Launched in March 2026 in New Delhi.
2. Jointly organised by India’s Principal Scientific Adviser and ORF.
3. Focuses on science diplomacy in strategic autonomy and technology governance.
4. Includes global scientists, diplomats, and scholars.
5. Annual platform for science diplomacy discourse.

Strategic Autonomy and Science Diplomacy

1. Balancing national interests with global scientific cooperation.
2. Importance of trust and transparency in research.
3. Strengthening risk assessment and science advice mechanisms.
4. Building resilient multilateral frameworks.
5. Promoting equitable global participation.

Governance of Disruptive Technologies

1. Focus on anticipatory and inclusive policy-making.
2. Ethical and societal alignment with innovation.
3. Global coordination to manage risks.
4. Reducing inequalities via science diplomacy.
5. Engagement of private sector and multilateral adaptation.

Questions for Mains:

1. Critically analyse the role of science diplomacy in balancing national strategic autonomy with global cooperation in the context of emerging technologies. [GS-II-International Relations]
2. With suitable examples, estimate how multilateral frameworks can be adapted to govern disruptive technologies effectively. [GS-II-Governance]
3. Point out the challenges and opportunities in integrating private sector actors into science diplomacy initiatives aimed at equitable technology diffusion. [GS-III-Economic Development]
4. Underline the significance of anticipatory policy processes in the governance of frontier technologies and how they contribute to global security. [GS-III-Internal & External Security]

Topics for Prelims:

Prof. Ajay Kumar Sood

1. Principal Scientific Adviser to the Government of India.
2. Chair of Raisina Science Diplomacy Initiative.
3. Expert in science diplomacy and policy advisory.
4. Advocate for integrating science in national development.
5. Promotes global science cooperation frameworks.

Observer Research Foundation (ORF)

1. Indian think tank focusing on policy research.
2. Co-organiser of Raisina SDI.
3. Engages in international relations and security studies.
4. Hosts Raisina Dialogue, a global conference.
5. Supports science diplomacy and governance research.

Disruptive Technologies

1. Technologies that alter industries or societies.
2. Include AI, biotechnology, quantum computing.
3. Pose governance and ethical challenges.
4. Require anticipatory and inclusive policy approaches.
5. Potential to widen or reduce global inequalities.

Answer Hints:

1. Critically analyse the role of science diplomacy in balancing national strategic autonomy with global cooperation in the context of emerging technologies. [GS-II-International Relations]

1. Science diplomacy bridges national interests and global scientific collaboration, encouraging trust despite geopolitical tensions.
2. It enables countries to maintain strategic autonomy while engaging in transparent, cooperative research ecosystems.
3. Strengthening risk assessment and science advice mechanisms supports informed policy balancing sovereignty and cooperation.
4. Resilient multilateral frameworks facilitate equitable participation and trust-building among nations.
5. Adapting science diplomacy to evolving technologies ensures responsiveness to shifting geopolitical and technological landscapes.
6. Examples include collaborative global research on pandemics and climate technologies that respect national priorities yet require cooperation.

2. With suitable examples, estimate how multilateral frameworks can be adapted to govern disruptive technologies effectively. [GS-II-Governance]

1. Multilateral frameworks need anticipatory, flexible policies to keep pace with rapid tech advances like AI and biotech.
2. Inclusive norm-setting involving diverse stakeholders ensures ethical and societal considerations are embedded.
3. Frameworks should promote transparency, trust, and equitable access to technology benefits globally.
4. Adapting existing institutions (e.g., UN, WTO) to incorporate technology governance and foresight mechanisms is essential.
5. Examples – The Paris Agreement’s adaptability for climate tech governance; G20 discussions on AI ethics and standards.
6. Use-case driven approaches help tailor governance to specific tech challenges while encouraging international cooperation.

3. Point out the challenges and opportunities in integrating private sector actors into science diplomacy initiatives aimed at equitable technology diffusion. [GS-III-Economic Development]

1. Challenges include differing profit motives vs public good, intellectual property concerns, and uneven global capacities.
2. Opportunities lie in leveraging private innovation, investment, and agility to accelerate technology development and diffusion.
3. Private sector can contribute to anticipatory governance and norm-setting through partnerships and R&D collaborations.
4. Integration encourages inclusive innovation ecosystems and can help bridge global inequalities in technology access.
5. Requires transparent frameworks to align private incentives with societal and ethical goals.
6. Examples – Public-private partnerships in vaccine development and digital infrastructure expansion in developing countries.

4. Underline the significance of anticipatory policy processes in the governance of frontier technologies and how they contribute to global security. [GS-III-Internal & External Security]

1. Anticipatory policies enable early identification and mitigation of risks posed by emerging disruptive technologies.
2. They facilitate proactive norm-setting, preventing misuse and unintended consequences globally.
3. Such policies support ethical alignment and societal acceptance, reducing conflict triggers linked to tech deployment.
4. Global coordination through anticipatory governance strengthens resilience against security threats like cyberattacks or bioweapons.
5. Examples include NATO’s technology foresight efforts and multilateral dialogues on AI governance and biosecurity.
6. Anticipatory governance ensures that innovation enhances security rather than exacerbates vulnerabilities.