
Why self-hosted ebook servers choke at 150k books (and how to fix it)
Self-hosted ebook servers often break past 50k books. Here's why the database is usually the bottleneck and how to fix indexing, search, and metadata at scale.

Self-hosted ebook servers often break past 50k books. Here's why the database is usually the bottleneck and how to fix indexing, search, and metadata at scale.

Your ML inference isn't slow because of compute — it's memory-bound. Here's how to diagnose it with profilers and fix it with kernel fusion and quantization.

Your GPU sits at 15% utilization and bigger batches don't help? Here's how to diagnose whether you're compute, memory, or overhead bound — and fix it.

A walkthrough of debugging high memory usage in a Node.js service running on a small VPS, with three concrete fixes that added up to a 40% RSS reduction.

Why local LLM inference hits OOM errors even when the model 'fits' in VRAM — and how to fix it with quantization, KV cache tuning, and allocator config.

When third-party scripts wreck your Core Web Vitals, here's how to find the worst offenders and fix the slowdown without rewriting your app.

Relative timestamps like '2 hours ago' have been quietly breaking across the web. Here's the root cause and a step-by-step fix using Intl.RelativeTimeFormat.

Why 4-bit 27B models still OOM on 24GB cards, and the quant + KV cache + backend settings that actually let them fit.

Why MTP often fails to speed up llama.cpp inference, and how to debug acceptance rate, VRAM pressure, and CUDA graph capture issues.

Why language servers and file watchers fall over on large codebases, and the concrete tuning steps that bring your IDE back to life.

A practical guide to debugging slow JavaScript builds before rewriting your toolchain. Profile first, find the real bottleneck, then fix it.

A practical guide to debugging FPS drops and memory leaks in React Three Fiber galleries — covering draw calls, instancing, and proper disposal.

Native modules silently break when you switch JavaScript runtimes. Here's how to diagnose ABI mismatches and rebuild safely without losing a weekend.

A practical guide to diagnosing and fixing memory leaks in Node.js production services using heap snapshots, with concrete code examples.

Walking through the formulation, branching, and symmetry fixes that took a minimum line cover ILP from 282 hours down to 22 minutes.

Google reCAPTCHA can silently break your signup flow. Here's how to diagnose the failure and replace it with a proof-of-work challenge you control.

A grounded look at TokenSpeed, the new LLM inference engine trending on GitHub, plus a practical benchmark you can actually run yourself.

Bundled-runtime desktop apps pay for a full browser per install. Here's why that happens and how to replace it with the OS's native webview.

Local LLM inference on Apple Silicon often runs at a fraction of what the hardware can do. Here's why — and how to fix it with kernel fusion, KV cache layout, and the right quantization.

How to migrate from shared hosting to a VPS — a step-by-step guide covering server setup, data migration, Nginx config, and the performance gains you can expect.

We moved our production API from Node.js to Bun. Some things broke, some got 3x faster. Heres the honest breakdown.

Debug and fix Node.js memory leaks with heap snapshots, bounded caches, and proper listener cleanup — inspired by Voyager 1's 69 KB constraint.

How measurement tools can contaminate the data they collect — lessons from microplastics research applied to software observability and benchmarking.

Video.js v10 beta dropped an 88% size reduction. Here's why the old version was bloated and how to migrate to the leaner rewrite.

Wine 11 rewrites syscall dispatching and WoW64 handling to eliminate PE/ELF boundary overhead. Here's why Windows games stuttered on Linux and how the fix works.

I've been using `ripgrep` for years. It's the kind of tool that makes you feel smug about your workflow -- blazing fast, zero complaints. Then Cursor'
How large-scale object stores serve petabytes per second from slow HDDs using erasure coding, massive parallelism, and smart data placement.