According to Foresight News, the smart ZK engine Brevis has launched “The Proving Grounds” community event to showcase the real applications of zero-knowledge proof technology across more than 20 blockchain protocols. Participants can earn Brevis Sparks by completing social and on-chain tasks, which will determine their eligibility and allocation ratio for the token airdrop at TGE. The first phase runs from October 13 to November 2, focusing on community interaction; the second phase will start on November 3, introducing on-chain interactions with real applications powered by Brevis. There is no limit to the number of Sparks that can be earned. Brevis is a verifiable off-chain computing engine driven by zero-knowledge proof, enabling Web3 applications to migrate data-intensive, high-cost computations from on-chain to a high-performance, low-cost off-chain engine, allowing Web3 applications to achieve seamless scaling while maintaining L1 security and trust assumptions.
View Original
This page may contain third-party content, which is provided for information purposes only (not representations/warranties) and should not be considered as an endorsement of its views by Gate, nor as financial or professional advice. See Disclaimer for details.
Brevis launched the "The Proving Grounds" event.
According to Foresight News, the smart ZK engine Brevis has launched “The Proving Grounds” community event to showcase the real applications of zero-knowledge proof technology across more than 20 blockchain protocols. Participants can earn Brevis Sparks by completing social and on-chain tasks, which will determine their eligibility and allocation ratio for the token airdrop at TGE. The first phase runs from October 13 to November 2, focusing on community interaction; the second phase will start on November 3, introducing on-chain interactions with real applications powered by Brevis. There is no limit to the number of Sparks that can be earned. Brevis is a verifiable off-chain computing engine driven by zero-knowledge proof, enabling Web3 applications to migrate data-intensive, high-cost computations from on-chain to a high-performance, low-cost off-chain engine, allowing Web3 applications to achieve seamless scaling while maintaining L1 security and trust assumptions.