Quantum and Privacy Day at Token2049 Singapore

Get ready to attend the Quantum and Privacy Day at Token2049 Singapore on 8 October 2026 in Singapore. The venue will be shared with approved guests after registration. This event brings experts and industry leaders together to explore practical solutions for the post-quantum era and the future of Web3 security.

Organised By

NEAR Protocol is a fully sharded, scalable blockchain with a focus on performance, security, and AI-powered applications that aims for broad adoption.

Event Highlights

• Explore how quantum computing could impact blockchain cryptography and privacy.
• Hear expert perspectives on post-quantum security and migration strategies.
• Understand the technical and practical challenges of upgrading blockchain infrastructure.
• Connect with researchers, builders, exchanges, custodians, institutions, and investors.
• Enjoy food, drinks, networking, and a casual Super Smash Bros tournament after the talks.

Why Attend Quantum and Privacy Day?

• Understand why quantum computing matters for blockchain security today.
• Gain practical insights into cryptography, privacy, and migration.
• Meet blockchain security researchers, developers, institutions, and capital allocators.
• Explore how the crypto industry can prepare for post-quantum migration.

Topics Include

• Which cryptographic signature schemes are most likely to win?
• What does post-quantum migration actually look like?
• Which blockchain users and systems could be exposed when quantum computing arrives?
• What are the key technical tradeoffs and implementation roadmaps?
• How could quantum-resistant security affect users, applications, and digital assets?

Speakers

• Balaji Srinivasan – Technology entrepreneur and investor
• Illia Polosukhin – Co-founder of NEAR Protocol
• Christopher Smith – CEO & Co-Porta
• Haseeb Qureshi – Managing Partner at Dragonfly
• Alex Pruden – CEO of Aleo

Don't miss the chance to attend the Quantum and Privacy Day to shape the future of blockchain privacy, quantum-resistant cryptography, and Web3 security.