Brevis Reaches Unprecedented 99% Proving Speed on Ethereum

Brevis reaches 99% proving speed on Ethereum.

Brevis has made significant strides towards enhancing Ethereum's proving capabilities, achieving an impressive 99.6% proving coverage for current Ethereum blocks in under 12 seconds. This marks a major advancement in addressing the inefficiencies of Ethereum's consensus mechanism, paving the way for a more scalable and efficient future.

Key Takeaways

Brevis has achieved 99.6% proving coverage for Ethereum blocks in under 12 seconds.
The technology boasts a 96.8% real-time proving rate, nearing the Ethereum target of sub-10-second confirmation.
This advancement reduces GPU hardware costs by 50%, making it more accessible for validators.
The technology supports a shift from computational redundancy to cryptographic proofs for transaction validation.
Major protocols are using Brevis's technology for developing advanced decentralized applications (dApps).

Brevis's Milestone in Ethereum Proving Technology

Brevis is making waves in the Ethereum ecosystem, inching closer to the Ethereum Foundation’s ambitious proving goals. The latest figures reveal that Brevis has achieved 99.6% proving coverage for current Ethereum blocks in under 12 seconds. Additionally, 96.8% of blocks are now proven in what the industry identifies as real-time, which is under 10 seconds.

This remarkable performance, benchmarked against Ethereum’s current 45 million gas limit, also includes a notable 50% decrease in GPU hardware costs necessary for such operations. According to Mo Dong, CEO and co-founder of Brevis, the current infrastructure is now aligned with “what Ethereum is actually producing today,” representing a significant shift from research to a production-ready system.

Towards a Zero-Knowledge Future for Ethereum

Brevis positions this achievement as a solution to one of Ethereum’s core inefficiencies: the substantial computational redundancy seen in its consensus mechanism. Currently, every transaction on platforms like Uniswap undergoes re-execution by over 800,000 validators worldwide. While this ensures security, it also generates excessive waste.

The redundancy is largely responsible for keeping block gas limits artificially low, as validators need cost-effective hardware to manage these re-execution demands. Brevis's Pico Prism illustrates that validation can be improved through scalable cryptographic proofs rather than through exhaustive computation. In this innovative model, a single prover creates a mathematical proof of a block's validity, which can be rapidly verified by the entire network within milliseconds, thus eliminating the need for repeated executions.

From Brevis’s perspective, reaching this milestone clarifies the pathway to achieving complete Ethereum Layer-1 zkEVM integration. The Ethereum Foundation has set ambitious targets for July 2025, including 99% proving coverage, sub-10-second proving, and hardware that is affordable for home use.

With only a 2.2% shortfall from these goals, Brevis is establishing Pico Prism as an almost-ready layer for Ethereum's foundational protocol. This development fosters an environment where validators, developers, and users can experience increased liveness and enhanced censorship resistance.

As mentioned in a recent statement, developers are already utilizing this new infrastructure to create a new generation of decentralized applications (dApps). Leading protocols like PancakeSwap, Usual, and Frax are already implementing Brevis’s proving technology for features like advanced trading integrations, trustless reward distribution, and cross-chain verification.

These advancements provide a glimpse into a future of Ethereum where developers can leverage virtually limitless off-chain computing power while maintaining the robust security that Ethereum Layer 1 guarantees.