Space and Time Collaborates with a16z to Promote Jolt Development through Dory Method, Optimizing Performance for Zero-Knowledge Protocols.
This collaboration focuses on applying the Dory multilinear commitment technology to accelerate large data processing and verification, enhancing Jolt's performance by 6 times through the "Twist and Shout" technique.
- Space and Time partners with a16z to develop Jolt using Dory technology.
- Dory helps optimize large data verification performance in zero-knowledge.
- Jolt improves performance 6 times through "Twist and Shout" and Dory.
What is the Purpose of Space and Time's Collaboration with a16z?
Space and Time collaborates with a16z to accelerate Jolt platform development, based on the application of the Dory multilinear commitment algorithm in zero-knowledge protocols.
Through this, both parties aim to enhance data processing performance and improve verification capabilities in high-speed zero-knowledge systems, meeting the expansion and efficiency needs of the development community.
This collaboration also involves Make Infinite to share optimal solutions with the community, promoting more effective zero-knowledge protocol development.
What is the Dory Method and Its Advantages in Zero-Knowledge?
Dory is a standardization method for high-performance zero-knowledge protocols, playing a crucial role in multilinear commitment.
Dory's main advantage lies in its ability to optimize large data verification, helping to minimize computational resources and processing time, suitable for systems requiring high throughput.
Applying Dory in Proof of SQL and Jolt demonstrates a significant technical upgrade, facilitating the development of complex decentralized applications.
How Has Jolt Improved Performance through New Technology?
According to the announcement, Jolt has achieved a 6-fold performance improvement through the "Twist and Shout" technology in memory verification, along with Space and Time's Dory implementation.
"Through the combination of 'Twist and Shout' and Dory, Jolt has significantly upgraded verification performance, better meeting the requirements of processing large datasets with high efficiency."
Space and Time Representative, August 2023
The "Twist and Shout" technique allows efficient memory integrity checks, minimizing risks and increasing processing speed, providing a competitive advantage for Jolt in zero-knowledge protocols.
This improvement not only increases speed but also significantly reduces resource costs, thereby better supporting blockchain infrastructure developers.
How Will Space and Time, a16z, and Make Infinite Continue Their Collaboration?
Space and Time is committed to maintaining close collaboration with a16z and Make Infinite to contribute optimal implementations for the zero-knowledge protocol development community.
This aims to help expand zero-knowledge technology usage in various specific applications, enabling developers to build faster, more efficient, and safer solutions.
The community benefits from these joint contributions through access to optimized, high-quality source codes and tools.
Frequently Asked Questions
What is the Dory Method and Its Primary Role?
Dory is a high-performance zero-knowledge protocol standard that optimizes large data verification and enhances processing speed in modern blockchain systems.
How Does Jolt Improve Performance?
Jolt uses the "Twist and Shout" technology along with Space and Time's Dory implementation to accelerate memory processing and verification by 6 times.
Why is the Collaboration between Space and Time and a16z Important?
The collaboration helps develop advanced zero-knowledge protocols, ensuring efficiency and scalability for the blockchain ecosystem and decentralized applications.
What Does Make Infinite Contribute to the Project?
Make Infinite supports providing implementation optimizations, contributing to a more effective zero-knowledge verification system development community.
What Are Some Notable Practical Applications of Zero-Knowledge Protocols?
Primary applications are used in security and data verification without revealing original information, especially in blockchain solutions for security, privacy, and DeFi.
