In a significant technological advancement, a new scaling technology known as Pico Prism has been unveiled for the Ethereum network. This development is projected to increase transaction speeds to nearly 10,000 transactions per second (TPS), addressing one of the key scalability challenges for the leading smart contract platform. This news comes as Ethereum continues to lead in attracting new developers in 2025.
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Want the key breakthroughs on Pico Prism and 10,000 TPS in a flash? We’ve synthesized the most important takeaways into a quick audio overview. Listen now to grasp the full significance of this scaling leap while you multitask.
The Genesis of a New Scalability Frontier
For years, the core challenge facing Ethereum has been the “scalability trilemma”—the difficulty of achieving high transaction throughput while maintaining uncompromised security and decentralization. The network’s Layer 1 (L1) has a natural throughput limit, necessitating the evolution of Layer 2 (L2) solutions, particularly Zero-Knowledge (ZK) Rollups.
Pico Prism, developed by the Brevis project, represents a monumental leap forward in this ZK-Rollup space. It is a state-of-the-art zkEVM (Zero-Knowledge Ethereum Virtual Machine) designed to shatter previous performance bottlenecks. The key innovation lies in leveraging advanced hardware, such as gaming-grade Graphics Processing Units (GPUs), to accelerate the complex process of generating ZK-proofs in real-time.
In initial testing, this hardware acceleration allowed the system to generate block proofs with an average time of less than seven seconds, dramatically exceeding existing industry benchmarks.
From Sequential Execution to Instant Verification
The promise of 10,000 TPS isn’t just about faster L2 networks; it fundamentally accelerates Ethereum’s entire scaling roadmap. Traditionally, every network validator has had to re-execute every transaction to confirm a block’s validity. This is computationally expensive and limits L1 throughput.
The Ethereum roadmap envisions a future where L1 nodes transition from time-consuming re-execution to near-instantaneous verification of ZK-proofs. Pico Prism’s hyper-efficient proving mechanism pushes this transition into hyperdrive. By drastically reducing the computational cost and time required to prove a block’s correctness, technologies like Pico Prism make the vision of a 100x-scaled Ethereum—where even a mobile phone can validate the entire chain—a tangible reality. This innovation perfectly complements L1 improvements like the upcoming Fusaka upgrade, which aims to enhance data availability through PeerDAS technology.
Sustaining Momentum: The Developer Advantage
A blockchain’s long-term viability is measured not just by its TPS, but by the health and activity of its developer community. The news of this scaling breakthrough arrives at a time when the Ethereum ecosystem is experiencing unparalleled growth.
According to recent industry reports, Ethereum has secured its position as the #1 ecosystem for new developers in 2025, surpassing all competitors in attracting fresh talent. This dominance stems from several foundational strengths: deep liquidity in its Decentralized Finance (DeFi) protocols, the maturity of its open-source tooling, and the robustness of its Layer 2 infrastructure. Developers are choosing Ethereum because they have confidence in a clear, well-supported roadmap that consistently delivers on both security and scalability.
The combination of leading-edge technological advancements, like Pico Prism’s hardware-accelerated zkEVM, and a consistently growing, highly engaged developer base, positions Ethereum to cement its role as the foundational, secure, and now, blisteringly fast smart contract platform for global adoption.
