Endlessly launching Mainnet on the base, prompting the universal compute of zero-knowledge
Infinitely, the zero-knowledge (Zk) The Compute Marketplace consumed by RISC Zero, has officially launched its mainnet at the base, providing every access to the blockchain in the verifiable compute.
Milestone builds up on the network Incentivized testnet, which became live in July and the architecture of the eternal eternal ‘architecture under the conditions of the world.
During that beta phase, the endless operated like a decentralized market where developers are looking for ZK proofs for applications such as rollups, bridges and privacy protocols can connect with independent providers, or ZK miners, who have developed those proofs.
The launch introduced proof of proven work, an incentive mechanism to reward providers based on the volume, speed and complexity of their calculations. The community has strong participation, which is filed in part by hoping the $ ZKC token reward.
With Monday’s Mainnet launch, these capabilities are now operating in size. The team behind Boundless says it can deliver a proven compute throughout the chain, which enables developers to develop applications that maintain privacy while seamlessly between ecosystems.
Some major protocols began to include infinitely in their systems. The wormhole includes endlessly to add ZK verification to the agreed Ethereum, making cross-chain transfers safer.
Bob, a Hybrid Bitcoin Rollup, tapped Eternal to allow EVM applications to contact Bitcoin using proof that Bitcoin inherited security while drawing Ethereum’s liquidity. And the staking protocol Lido removes forever to secure the release of the validator with transparent proofs, strengthening trust and audit for crypto assets.
“For the first time, developers in any chain can access the rich compute of zero-knowledge to produce complex applications that are size throughout the ecosystem without sacrificing decentralization,” said Shiv Shankar, the CEO of Boundless.
Read more: RISC Zero’s ‘Eternal’ Incentivized Testnet
