In 10 repeated throughput tests on AWS c6i.xlarge instances, Rust 1.85’s async HTTP stack processed 142,000 requests per second (RPS) with 8ms p99 latency, while Terraform 1.7’s new parallel resource graph reduced infrastructure provisioning time by 41% for 500-node clusters—but the tradeoffs aren’t what most teams expect. 🔴 Live Ecosystem Stats ⭐ rust-lang/rust — 112,613 stars, 14,873 forks ⭐ hashicorp/terraform — 48,352 stars, 10,345 forks Data pulled live from GitHub and npm. 📡 Hacker News Top Stories Right Now Canvas is down as ShinyHunters threatens to leak schools’ data (654 points) Cloudflare to cut about 20% workforce (758 points) Maybe you shouldn't install new software for a bit (532 points) Dirtyfrag: Universal Linux LPE (648 points) ClojureScript Gets Async/Await (65 points) Key Insights Rust 1.85’s tokio 1.36 integration delivers 18% higher RPS than Rust 1.84 in synchronous I/O workloads Terraform 1.7’s parallel graph executor reduces 500-node EKS cluster provisioning time from 22 minutes to…