InfStones Becomes Top Prover of Boundless on Their Protocol

InfStones is proud to announce that we have joined Boundless as a top prover on their protocol! Boundless is a pioneering verifiable compute protocol that rewards useful work through its Proof of Verifiable Work (PoVW) consensus mechanism. As part of this partnership, InfStones operates as one of the major provers on the Boundless network, contributing to the scalability, security, and decentralization of verifiable compute across chains.

Following Boundless’ recent mainnet launch, InfStones played a critical role in network operations, supporting provers at scale and contributing meaningfully to the network’s early growth and stability. This milestone underscores both the robustness of our infrastructure and our ongoing commitment to powering next-generation decentralized compute systems.

What is Boundless?

Boundless is a decentralized verifiable compute protocol built on the Proof of Verifiable Work (PoVW) consensus model. It coordinates a distributed network of provers and requesters to enable scalable, transparent, and incentivized computation across blockchains. By aligning computation with cryptographic verification, Boundless unlocks new possibilities for decentralized AI, modular blockchains, and interoperable compute layers.

Learn more at boundless.dev

Why It Matters

The demand for verifiable compute continues to rise as AI, cross-chain protocols, and modular architectures expand the need for transparent, trustless computation. Boundless’ PoVW model addresses this by verifying that each unit of compute performed is provably correct, creating a powerful incentive structure for both provers and delegators.

By joining Boundless’ network, InfStones reinforces the foundation for a more secure, scalable, and decentralized compute layer, empowering developers to build applications that rely on verifiable execution rather than trust assumptions.

Through this collaboration, InfStones enhances the Boundless ecosystem by:

• Operating major prover nodes that execute proof jobs at scale and maintain consistent uptime and performance.
• Supporting the Proof of Verifiable Work (PoVW) mechanism, which rewards provers for executing meaningful, verifiable computation.
• Ensuring cross-chain reliability through our global infrastructure footprint, enabling users and developers to access verifiable compute seamlessly.
• Providing a secure delegation pathway, allowing participants to contribute to our prover address and share in earned rewards from useful work.