Quantum and Privacy Day is a summit organised by NEAR Protocol, held on 8 October 2026 at Tower Club Singapore. It brings together experts and industry leaders to explore practical solutions for the post-quantum era and the future of Web3 security. The event is part of the Token2049 Singapore programming.
The summit is designed for researchers, builders, exchanges, custodians, institutions, and investors interested in blockchain security, cryptography, and privacy. It focuses on how quantum computing could impact blockchain cryptography and privacy, with discussions on post-quantum security and migration strategies. Attendees will gain insight into the technical and practical challenges of upgrading blockchain infrastructure and the key tradeoffs and implementation roadmaps involved.
Why attend
- Explore how quantum computing could impact blockchain cryptography and privacy
- Hear expert perspectives on post-quantum security and migration strategies
- Connect with researchers, builders, exchanges, custodians, institutions, and investors
Good to know
- Date: 8 October 2026, 1:00 PM to 8:00 PM (SGT)
- Venue: Tower Club Singapore; venue details shared with approved guests after registration
- Register via the official Luma page: https://luma.com/jtof4o9b
Agenda, speaker updates and ticket availability can change — confirm details on the official event website before booking travel.
Quantum and Privacy Day at Token2049 Singapore: key questions
When is Quantum and Privacy Day at Token2049 Singapore?
Quantum and Privacy Day at Token2049 Singapore took place on Thursday, October 8, 2026.
Where is Quantum and Privacy Day at Token2049 Singapore held?
At Tower Club Singapore in Singapore.
How do I get tickets for Quantum and Privacy Day at Token2049 Singapore?
Ticket prices have not been published in the organizer's listing. Registration and ticket details are on the official event website linked on this page.
Who organizes Quantum and Privacy Day at Token2049 Singapore?
Quantum and Privacy Day at Token2049 Singapore is organized by near protocol.

