A cached page can still cost a full server render when it goes stale. ETag revalidation can skip that work in TanStack Start—but where you intercept the request determines how far your caching policy reaches.
Before gating a 3D feature or taking a laptop to a demo, check what its browser actually exposes. Web 3D Survey v2 lets you compare that machine’s WebGL, WebGPU, and browser capabilities against the survey population.
This site's first render on Cloud Run took 12.4 seconds; bundling Nitro's server output brought it to 1.64 seconds. Pre-warming Node's compile cache helped next—but adding it before bundling can make the filesystem bottleneck worse.
AI-generated GA4 integrations kept looking plausible and failing in production. I built tanstack-router-ga4 to handle route tracking, initialization, and per-stream configuration in a small, typed component for TanStack Router and Start.
A slow beforeLoad blocks every downstream loader in TanStack Router. The execution order explains where to put shared context and route-specific fetching—and why moving expensive work can change how much waits on it.
A misspelled Remix loader can become a debugging session instead of a type error. TanStack/Start catches more of those mistakes while I am still editing, though slower builds remain the tradeoff.