Ethereum zk-SNARKs breakthrough! Brevis zkVM real-time coverage reaches 96.8%, GPU costs Halving.

Brevis announced that its Pico Prism zkVM has made groundbreaking progress in the field of zk-SNARKs: for the current Ethereum blocks taking less than 12 seconds, the proof coverage has reached 99.6%, with 96.8% of blocks being verifiable under the industry-recognized “real-time” standard of less than 10 seconds. This milestone halves GPU hardware costs and leaves Brevis's performance metrics only 2.2% behind the Ethereum Foundation's 2025 proof Benchmark. By leveraging encryption proof to extend verification, Brevis is committed to addressing Ethereum's redundant computation issues, laying the foundation for faster, cheaper, and more secure base layer verification.

Performance Leap: The Disruptive Improvement of zkVM Real-time Proof Efficiency

Brevis's Pico Prism zkVM has moved from the research phase to the production-ready stage, demonstrating the feasibility of real-time zk-SNARKs in the Ethereum mainnet environment.

· Real-time coverage reaches a record high

According to the press release published on October 15, Brevis's Pico Prism zkVM is the first zkVM to achieve a 99.6% proof coverage for Ethereum blocks with a current time of less than 12 seconds.

Among them, 96.8% of the blocks can be validated in less than 10 seconds, which is regarded as real-time performance in the industry.

· Hardware costs Halving

This performance breakthrough was achieved with a 50% reduction in GPU hardware costs, and the performance is benchmarked against the current 45 million Gas limit of the Ethereum mainnet.

· The transition from research to production

Mo Dong, CEO and co-founder of Brevis, stated that the infrastructure is now capable of handling “the content actually produced by Ethereum today,” marking the transition from research to a production-ready system. He emphasized, “The infrastructure we have created can handle Ethereum's current actual output. This faster performance brings economic efficiency, making real-time proof feasible in production deployments.”

Solving the Inefficiency Problem of Redundant Computation in Ethereum

Brevis believes that its performance leap directly addresses one of the fundamental inefficiencies of Ethereum: the huge computational redundancy in the consensus mechanism.

· Cost of redundant execution

Currently, every transaction on platforms like Uniswap has to be executed repeatedly by over 800,000 validators worldwide. This design, while ensuring security, also leads to significant waste and is the main reason why the Block Gas limit is artificially kept at a low level.

· Encryption proof replaces brute force calculation

Pico Prism proves that validation can be scaled through encryption proofs rather than computational brute force.

In this model, a single prover generates a mathematical proof of a block's validity, and then the entire network can verify this proof in milliseconds, thereby bypassing the need for redundant execution.

Moving Towards a Future of zk-SNARKs Ethereum: Only 2.2% Difference

The performance milestone of Brevis establishes its position as a nearly ready layer for the Ethereum base protocol, greatly advancing the integration roadmap of Ethereum's zk-SNARKs.

· Approaching the Ethereum Foundation's goals

The goals set by the Ethereum Foundation for July 2025 include: 99% coverage, proof times of less than 10 seconds, and affordable hardware capable of home-level verification.

Brevis's current performance is only 2.2% off, positioning Pico Prism as a nearly ready layer for the Ethereum base protocol.

· Empowering the next generation of decentralized applications

Developers have begun to leverage this infrastructure to build the next generation of dApps. Major protocols including PancakeSwap, Usual, and Frax are using Brevis's proof technology for advanced trading hooks, trustless reward distribution, and cross-chain verification.

These applications provide a real-time preview for Ethereum in the “post-expansion era,” allowing developers to leverage unlimited off-chain computing power while maintaining the unbreakable security guarantees of Ethereum L1.

Conclusion

Brevis's Pico Prism zkVM has achieved a key breakthrough in Ethereum's zk-SNARKs technology, with a 96.8% real-time coverage rate and a 50% reduction in GPU costs, bringing revolutionary changes to the efficiency and security of the Ethereum base layer. This achievement not only brings Ethereum closer to its 2025 ambitious goals, but more importantly, it provides a viable production-level solution to address the core inefficiency problem of “computational redundancy” in Ethereum. As developers begin to utilize this efficient infrastructure to build new applications, we are witnessing the arrival of a **faster, more vibrant, and more censorship-resistant Ethereum ecosystem.

This article is news information and does not constitute any investment advice. The crypto market is highly volatile, and investors should make cautious decisions.