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Discover how WebAssembly 3.0 and Rust 1.98 unlock near-native compute in the browser. Learn to build zero-copy data pipelines, leverage SIMD, and opti
Master performance engineering principles and learn how to build systems that scale efficiently.
Why Performance Testing Belongs in the Pipeline, Not Before Release Most teams that have...
Rust LSP low memory is achievable: Rust Glancer runs on 8GB machines by freezing analysis at save and offloading to disk.
Rust dyn Trait vs generics: how to switch, and the 16-byte fat-pointer cost dyn Trait pays on every call — the cost generics compile away.
How to reduce Rust struct memory footprint: the 5 layout changes that shrank a real cache entry from 953 to 420 bytes, and what each one costs.
Rust GPU offload now works without unsafe code. Real benchmarks: 11% faster to 46% slower than CUDA on an H100, and a transfer bug that costs 400x more.
Recently, I worked on a streaming-related issue that initially looked very small. Users reported...
A single kernel commit halved PostgreSQL throughput on Linux 6.7 and 6.8. Here's exactly what happened, why Transparent Huge Pages were the culprit, and how to fix it before your production database pays the price.
Your server's default memory allocator is almost certainly the wrong choice for concurrent workloads. Here's how jemalloc and tcmalloc crush P99 latency without changing a single line of code.
Traditional performance testing was built for a different era — monoliths, static workloads, and...
Architecture Under Load #2 Scalability, Performance, and Reliability Don’t Break...