Pretty based how @redstone_defi as an oracle infra,continues to prove one of the most adaptive + execution-driven. Protocols within easily commodised domains like oracle services require decisive go-to-market strategy that consistently identifies + fills market gaps, and this is a good case study. With the growing traction of @arbitrum Stylus architecture (which enables full interoperability between WASM ⇄ Solidity), RedStone has rapidly expanded its native Rust-based SDK to deliver superior oracle integration across chains. This enables RedStone to also take advantage of: 1️⃣ 34% lower computational overhead (23k vs 35k gas on Ethereum) 2️⃣ 50% reduction in per-call computation cost (16k → 8k gas) This is a crucial unlock. Oracles underpin every dApp, and real scalability often hinges less on the chain’s base-layer limits than on oracle efficiency + integration depth. Stylus itself is purpose-built for high-throughput, low-latency apps which supporting ubiquitous languages like C, C++ & Rust. By allowing direct memory access + eliminating costly stack-based data handling, Stylus essentially aligns data operations with hardware-level word sizes, delivering near-native perf. for DeFi workloads. When combined with RedStone’s lightweight oracle feed, this enables massively parallel data throughput + sub-ms response cycles which effectively pushing oracle performance to 'machine speed'. This is the kind of technical advancement needed to push the limits of modular DeFi infra for near-Web2 responsiveness. RedStone’s ability to ship fast, integrate natively +adapt across execution environments positions it not just as another oracle provider, but as an early-mover infrastructure leader in an increasingly institutionalised DeFi ecosystem imo.