Alvinder Singh heads the Innovation Acceleration Office at the Monetary Authority of Singapore (MAS), where he oversees the Financial Sector Technology and Innovation (FSTI) scheme, regulatory sandbox initiatives, and strategic FinTech partnerships with domestic and international stakeholders. His work focuses on advancing innovation adoption and strengthening Singapore’s position as a global FinTech hub.
Prior to this role, Alvinder served in MAS’s International Department, where he negotiated digital and financial services chapters in free trade agreements, and in the Data Analytics Group, supporting the organisation’s transformation through data-driven policymaking.
Roundtable Room 3, Ground Floor
Open
To date, regulatory and industry engagement on quantum computing has largely focused on quantum security, with meaningful progress made in raising awareness, developing transition plans, and beginning the migration to post-quantum cryptography.
This roundtable reflects on that momentum and asks a forward-looking question:
What can the quantum security journey teach us about the regulator's role in enabling innovation and quantum applications in financial services?
Starting with the lens of GFIN’s Project Otto – Quantum Maturity for Regulators, this discussion will bring together regulators and industry to:
- Reflect on what has worked well in progressing quantum security from awareness to early implementation
- Discuss the regulatory tools, approaches, and mechanisms that have supported firm engagement and investment
- Explore how these lessons can be applied to support firms in experimenting with, investing in, and ultimately deploying quantum-enabled use cases
- Consider how regulators can balance risk mitigation with enabling growth, ensuring markets are prepared for both the challenges and opportunities quantum technologies present
By connecting lessons and experiences from quantum security to emerging quantum advantage, this roundtable aims to support more coordinated, proactive, and innovation-oriented regulatory approaches to quantum computing in financial services.