Boundless, the zero-knowledge (ZK) compute marketplace incubated by RISC Zero, has officially launched its Mainnet on Base, giving every blockchain access to verifiable compute.
The milestone builds on the network’s incentivized testnet, which went live in July and stress-tested Boundless’ architecture under real-world conditions.
During that Beta phase, Boundless operated like a decentralized marketplace where developers seeking ZK proofs for applications such as rollups, bridges and privacy protocols could connect with independent provers, or ZK miners, who generated those proofs.
The launch introduced Proof of Verifiable Work, an incentive mechanism that rewards provers based on the volume, speed and complexity of their computations. Community participation was strong, fueled in part by the anticipation of $ZKC token rewards.
With Monday’s mainnet launch, those capabilities are now operational at scale. The team behind Boundless says it can deliver verifiable compute across chains, enabling developers to build applications that preserve privacy while scaling seamlessly between ecosystems.
Some key protocols have started to integrate Boundless into their systems. Wormhole is integrating Boundless to add ZK verification to Ethereum consensus, making cross-chain transfers more secure.
BOB, a hybrid Bitcoin rollup, is tapping Boundless to allow EVM applications to interoperate with Bitcoin using proofs that inherit Bitcoin’s security while drawing on Ethereum’s liquidity. And staking protocol Lido is deploying Boundless to secure validator exits with transparent proofs, strengthening trust and auditability for its crypto assets.
“For the first time, developers on any chain can access abundant zero-knowledge compute to build complex applications that scale across ecosystems without sacrificing decentralization,” said Shiv Shankar, the CEO of Boundless.
Read more: Risc Zero’s ‘Boundless’ Incentivized Testnet Goes Live
Source: https://www.coindesk.com/tech/2025/09/12/boundless-launches-mainnet-on-base-ushering-in-universal-zero-knowledge-compute
