Explore Cutting-Edge Crypto Innovations at zkSummit 13 Toronto – Coincu

zkSummit 13 Toronto

Location: Seen to Attendees, Canada
Date: Mon, May 12 – Mon, May 12, 2025
Time: 05:30 AM – 04:00 PM (UTC-04:00) Eastern Daylight Time (US & Canada)
Event Type: Crypto Summit
Official Website: https://www.zksummit.com/

Event Overview

Join us for zkSummit 13 Toronto, the 13th edition of the Zero Knowledge Summit, bringing together the best thinkers and builders to discuss the latest in zero knowledge research, zk use-cases, cryptographic primitives, privacy, and maths. This one-day invite-only event will consist of a mixture of topic-oriented talks and workshops. Attendees will primarily be researchers, cryptographers, practitioners, founders, and developers working on zero knowledge topics.

Why Attend?

• Engage with leading experts in zero knowledge research and cryptography.
• Participate in interactive workshops and discussions on cutting-edge topics.
• Network with a community of like-minded professionals and innovators.
• Gain insights into the latest developments and applications in the field.

Key Highlights

• Speakers: Esteemed speakers include Binyi Chen (Stanford University), Michael Zhu (a16z crypto), Howard Wu (Founder of Aleo & CEO of Provable), among others.
• Sessions: A series of topic-focused talks and in-depth workshops.
• Topics Covered: Zero knowledge research, zk use-cases, cryptographic primitives, privacy, and math applications.
• Special Features: Networking opportunities with industry leaders and pioneers.

FAQs

What is zkSummit 13 Toronto?
zkSummit 13 Toronto is the 13th edition of the Zero Knowledge Summit, focusing on advanced topics in zero knowledge research and applications.

When and where is it held?
Mon, May 12 – Mon, May 12, 2025, 05:30 AM – 04:00 PM, at Seen to Attendees, Canada.

Who should attend?
This event is ideal for researchers, cryptographers, practitioners, founders, and developers interested in zero knowledge topics.

What topics are discussed?
The summit covers themes such as zero knowledge research, zk use-cases, cryptographic primitives, privacy, and mathematics.