

The Brevis Network has achieved a remarkable breakthrough in zero-knowledge proving technology, demonstrating an average proving time of just 6.9 seconds under a 45M gas limit test scenario. This performance benchmark was established using 64 RTX 5090 GPUs, making it the first zkVM to meet Ethereum Foundation's Real-time Proving (RTP) benchmarks.
The test results show impressive consistency with 99.6% of blocks proven under 12 seconds. This achievement transforms what was previously theoretical into practical infrastructure for blockchain scaling.
| Metric | Brevis Network Performance |
|---|---|
| Average proving time | 6.9 seconds |
| Hardware used | 64 RTX 5090 GPUs |
| Blocks proven <12s | 99.6% |
| Gas limit test | 45M |
| EF RTP benchmark status | First to meet requirements |
This performance represents a critical advancement toward scaling Ethereum by approximately 100x. What makes this achievement particularly significant is that Brevis accomplishes this using consumer-grade GPUs rather than specialized hardware, democratizing access to high-performance blockchain infrastructure.
By replacing the traditional "re-execution" model with a "verify instead of execute" approach, Brevis enables validators to verify blockchain transactions through small cryptographic proofs without needing to re-compute every operation. This fundamental shift in validation methodology marks a significant step toward making zero-knowledge proofs practical for mainstream blockchain applications.
Brevis's Pico Prism zkVM has achieved a remarkable breakthrough in Ethereum's scaling technology by reaching 96.8% real-time proving (RTP) coverage on a cluster of 64 RTX 5090 GPUs. This achievement represents a significant milestone in zero-knowledge proof systems transitioning from research prototypes to production-grade infrastructure.
The benchmark results demonstrate impressive performance metrics:
| Metric | Pico Prism Performance | Industry Standard |
|---|---|---|
| Proving Coverage | 99.6% (sub-12 seconds) | ~40.9% (SP1 Hypercube) |
| Real-time Proving | 96.8% (sub-10 seconds) | First to meet EF metrics |
| Average Proving Time | 6.9 seconds | 10.3 seconds (previous) |
This technological advancement enables Ethereum validators to verify cryptographic proofs within 10 seconds without re-computation, fundamentally shifting from "execute" to "validate" paradigms. The impact extends beyond theoretical improvements, as Pico Prism meets the Ethereum Foundation's stringent RTP requirements while maintaining costs under $100,000.
The system's implementation unlocks new possibilities for blockchain scalability across multiple domains including Rollups, DeFi applications, AI integration, and cross-chain validation scenarios. Pico Prism's architecture combines zkVM with data coprocessor capabilities, delivering verifiable computations with historical data access across blockchain networks, ultimately addressing core scalability challenges that have limited mainstream blockchain adoption.
The zkCoprocessor module introduces an innovative dual-mode architecture designed to offer developers flexibility and efficiency in zero-knowledge computing systems. At its core, the module features two distinct operational approaches: Pure-ZK and Hybrid modes, each serving different use case requirements.
In Pure-ZK mode, all computations undergo verification through zero-knowledge proofs before submission to the blockchain. This approach delivers the highest level of security assurance, making it particularly suitable for smaller, mission-critical transactions or applications where trust is paramount. The mathematical guarantees provided by this mode ensure complete verification without compromising security.
Conversely, the Hybrid mode combines the strengths of zkVM (zero-knowledge Virtual Machine) with specialized coprocessors. This architectural design leverages the flexibility of zkVM while harnessing the performance advantages of purpose-built coprocessors. The result is an optimal balance between security and computational efficiency.
| Mode | Security Level | Ideal Use Cases | Performance |
|---|---|---|---|
| Pure-ZK | Highest | Mission-critical tasks, smaller computations | Standard |
| Hybrid | High | Complex applications, large-scale processing | Optimized |
The implementation of these dual modes has proven effective across various blockchain applications, particularly in DeFi protocols, cross-chain verification systems, and complex data processing scenarios. For example, several cross-chain bridge implementations utilizing the zkCoprocessor module have demonstrated 40% higher transaction throughput while maintaining security standards comparable to traditional verification methods.
A zk coin is a cryptocurrency using zero-knowledge proof technology for private and secure transactions, allowing users to prove transaction validity without revealing details.
Donald Trump launched a meme coin called $TRUMP shortly before his presidency in 2025. It's based on an internet meme and has gained significant attention.
Yes, ZKsync (ZK) is a token used in the zkSync Layer-2 scaling solution for Ethereum. It leverages zero-knowledge technology to improve transaction efficiency and is available on various crypto platforms.
Elon Musk doesn't have his own crypto coin. He's known for supporting Bitcoin and Dogecoin, but hasn't created a personal cryptocurrency.











