Crash Reporting Without Compromising Privacy
How to learn enough from crashes to fix them while collecting no more user data than necessary, keeping diagnostics and privacy compatible.
Topic
16 articles on engineering.
How to learn enough from crashes to fix them while collecting no more user data than necessary, keeping diagnostics and privacy compatible.
Releasing too often exhausts a small team; too rarely lets risk pile up. A steady, predictable cadence keeps quality high without burning people out.
People are interrupted mid-task constantly. Preserving state, marking where they left off, and restoring context turn a jarring return into a smooth resumption.
Open endpoints get abused. Rate limiting, sensible defaults, and layered checks protect a service without punishing legitimate users.
Choosing well-understood, proven tools over novel ones is an underrated engineering strategy. Why boring technology often delivers more than exciting alternatives.
Deletion sounds simple and rarely is. Backups, caches, logs, and third parties all hold copies. A practical approach to honoring deletion requests fully.
Schema changes can lock tables and break running code. Backward-compatible, multi-step migrations let a schema evolve without downtime or broken deploys.
Observability is not only for large systems. A small app needs enough logging to answer what happened, without drowning in noise or capturing personal data.
A lightweight, practical approach to threat modeling that a small team can actually use to find and prioritize security risks before they ship.
How to keep a native macOS app fast by protecting the main thread, measuring with the right tools, and working to explicit performance budgets.
A component library succeeds when it reduces decisions, not when it covers every case. Composition, tokens, and clear ownership keep it usable as it grows.
Connectivity is intermittent, not binary. How to build apps that stay usable on slow links and degrade gracefully when the network disappears entirely.
API keys, signing certificates, and tokens leak through habit, not malice. Practical secrets hygiene for small teams without enterprise infrastructure.
Reliable undo lets people act without fear. How to design forgiveness through reversible actions, clear scope, and recovery rather than confirmation dialogs.
Time is full of traps: offsets, daylight saving, leap seconds, and ambiguous local times. A few disciplines remove most date and timezone bugs.
Local notifications seem simple until time zones, limits, and delivery rules intervene. How to schedule them so they fire when and how the user expects.