Nexo Earn with Nexo
Boundless launches mainnet for verifiable computing, backed by Ethereum Foundation and Base

Boundless launches mainnet for verifiable computing, backed by Ethereum Foundation and Base

New zero-knowledge protocol brings decentralized, incentivized verifiable computing across blockchains, backed by major ecosystem players.

Boundless launched its mainnet today to enable verifiable computing across blockchains through its decentralized zero-knowledge protocol.

The platform uses a Proof of Verifiable Work incentive mechanism with ZK Coin (ZKC), the native token of Boundless, to operate its network. The protocol has received backing from the Ethereum Foundation, Base, Wormhole, and EigenLayer.

More than 30 protocols have integrated Boundless’s proof capabilities since its development, according to the company. The mainnet launch marks the protocol’s transition from development to full operational status for cross-blockchain verifiable computing applications.

Disclosure: This article was edited by Estefano Gomez. For more information on how we create and review content, see our Editorial Policy.

Boundless launches mainnet for verifiable computing, backed by Ethereum Foundation and Base

Boundless launches mainnet for verifiable computing, backed by Ethereum Foundation and Base

New zero-knowledge protocol brings decentralized, incentivized verifiable computing across blockchains, backed by major ecosystem players.

Boundless launched its mainnet today to enable verifiable computing across blockchains through its decentralized zero-knowledge protocol.

The platform uses a Proof of Verifiable Work incentive mechanism with ZK Coin (ZKC), the native token of Boundless, to operate its network. The protocol has received backing from the Ethereum Foundation, Base, Wormhole, and EigenLayer.

More than 30 protocols have integrated Boundless’s proof capabilities since its development, according to the company. The mainnet launch marks the protocol’s transition from development to full operational status for cross-blockchain verifiable computing applications.

Disclosure: This article was edited by Estefano Gomez. For more information on how we create and review content, see our Editorial Policy.