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@monad Thanks @monad !

🇰🇷 첫 번째 한국어 미디어 보도! @with_blockmedia 에 게재되었습니다. @brevis_zk 팀의 지원에 감사드립니다 🙏 🇬🇧 First Korean media coverage! Published on @with_blockmedia. Thanks to the @brevis_zk team for the support 🙏 https://t.co/BTgUCKoDDX

@taikoxyz @ethereumfndn @brevis_zk @PancakeSwap @usualmoney @LineaBuild @Uniswap @MetaMask @OpenEden_X @no89thkey @IOSGVC @SuccinctLabs @axiom_xyz @HerodotusDev @lagrangedev ✨ BroadNotes Series If you found this research valuable, follow my work across these platforms 👇 📚 Research & Writing Platforms 🔗 Substack — https://t.co/Y38yvIPDqE 🔗 Paragraph — https://t.co/sarhYR0ot4 🔗 Mirror — https://t.co/YM5Lmlm62x 📰 Media Columns 🌐 @Foresight_News

@taikoxyz @ethereumfndn @brevis_zk @PancakeSwap @usualmoney @LineaBuild @Uniswap @MetaMask @OpenEden_X @no89thkey @IOSGVC @SuccinctLabs @axiom_xyz @HerodotusDev @lagrangedev 13/ Summary: Business Logic × Engineering × Risks 💡 Business Logic: Performance-driven dual flywheel. @brevis_zk builds a multi-chain verifiable compute layer via zkVM (Pico/Prism) + zkCoprocessor — forming a “Performance → Ecosystem → Cost” loop. 🧠 Engineering: From

@taikoxyz @ethereumfndn @brevis_zk @PancakeSwap @usualmoney @LineaBuild @Uniswap @MetaMask @OpenEden_X @no89thkey @IOSGVC @SuccinctLabs 12/ ZK Coprocessor Landscape (Oct 2025) 🔹 @brevis_zk — ZK Data Coprocessor + general zkVM 🔹 @axiom_xyz — verifiable historical queries + circuit callbacks 🔹 @HerodotusDev — historical state verification layer 🔹 @lagrangedev — ZK + Optimistic hybrid cross-chain validation

@taikoxyz @ethereumfndn @brevis_zk @PancakeSwap @usualmoney @LineaBuild @Uniswap @MetaMask @OpenEden_X @no89thkey @IOSGVC 11/ zkVM Landscape (Oct 2025) https://t.co/XVKlaA2knH tracks L1 RTP progress. Competition focus: maturity · performance · security · ecosystem. 🔹 @brevis_zk Pico — modular zkVM + data coprocessor · multi-GPU · architecture innovation. 🔹 @SuccinctLabs SP1 — general RISC-V zkVM +

@taikoxyz @ethereumfndn @brevis_zk @PancakeSwap @usualmoney @LineaBuild @Uniswap @MetaMask @OpenEden_X 10/ Team & Funding 👨‍🔬 Dr. Mo Dong (@no89thkey) — Co-founder PhD in CS (UIUC). Expert in algorithmic game theory & ZK incentive design. Venture Partner @IOSGVC focused on Web3 infrastructure. 🧠 Core team from UIUC, MIT, UC Berkeley — deep in ZKP & distributed systems. zkVM

@taikoxyz @ethereumfndn @brevis_zk @PancakeSwap @usualmoney @LineaBuild 9/ @brevis_zk Ecosystem & Adoption Brevis zkCoprocessor enables dApps to run complex computations (history, cross-chain, aggregation) and verify on-chain. 🌐 Seven core use cases: Smart DeFi: @PancakeSwap @Uniswap @MetaMask RWA / Stablecoin yields: @usualmoney @OpenEden_X

@taikoxyz @ethereumfndn @brevis_zk @PancakeSwap @usualmoney @LineaBuild 8/ @brevis_zk zkVM Performance Breakthrough @ethereumfndn defined RTP entry standards: ⏱ P99 ≤ 10 s 💰 ≤ $100 K CAPEX 🔐 ≥ 128-bit security 📦 Proof ≤ 300 KiB 🧩 Open-source · No trusted setup In Oct 2025, @brevis_zk released 📄 “Pico Prism — 99.6 % Realtime Proving for

@taikoxyz @ethereumfndn @brevis_zk 7/ Incentra: ZK-powered incentive layer Built on @brevis_zk zkCoprocessor: On-chain verification of reward logic, supporting 3 models: 💰 Token holding (TWA) 💧 Liquidity rewards (DEX/ALM) 🏦 Lending incentives (Aave/Euler) Deployed on @PancakeSwap @usualmoney @LineaBuild

@taikoxyz @ethereumfndn @brevis_zk 6/ ZK Data Coprocessor: Give smart contracts “memory” Smart contracts can’t read history or cross-chain data. @brevis_zk fixes that with its ZK Data Coprocessor: → Verifiable access to historical states & events → ZK proof generation + on-chain verification → Used for DeFi

@taikoxyz @ethereumfndn 5/ Pico zkVM & Prism: From modularity to performance limits @brevis_zk Pico zkVM｜Modular Architecture Built on Vitalik’s “Glue + Coprocessor” concept, Pico decouples execution, recursion & compression across multiple backends. ✅ Modular design (KoalaBear/BabyBear/M31) ✅ Rust

@taikoxyz @ethereumfndn 4/ Beyond Ethereum: General-purpose zkVMs & zkCoprocessors Outside Ethereum, verifiable computing has two core systems: zkVM & zkCoprocessor. zkVM | General Compute Layer ✅ Most general, runs arbitrary programs ⚙️ Built on RISC-V / MIPS / WASM ⚡ High cost & circuit complexity

@taikoxyz 3/ L1 zkEVM: the age of Realtime Proving In 2025, @ethereumfndn proposed the L1 zkEVM roadmap, shifting from N-of-N re-execution → 1-of-N proving + global light verification, enabling mainnet-level RTP. 🔗 https://t.co/7hTvqWw9UY Old model: every node re-executes — secure but

2/ L2 zkRollup: the balance of compatibility and performance In 2022’s Layer-2 boom, Vitalik proposed ZK-EVM Types 1–4, defining the trade-off between compatibility and speed: → Type 1: full equivalence, slowest but zero migration cost (@taikoxyz) → Type 2: full

1/ Ethereum’s zkEVM scaling path has two key phases: 📍 Phase 1 (2022–2024): L2 zkRollups move execution off-chain and post validity proofs to L1. ✅ Major cost reduction, huge throughput gains. ⚠️ Liquidity & state fragmentation remain; L1 still bound by N-of-N re-execution.

🧵 Brevis: The Infinite Verifiable Computing Layer of zkVM & ZK Data Coprocessor “Off-chain computation + on-chain verification” — the Verifiable Computing paradigm — is becoming the universal model for blockchain systems. 💡 The essence of ZK scalability: move heavy execution

感谢吴说转载@wublockchain12❤️