A JS/Rust phase switch at zero serialization cost has to survive JS GC and Rust drop on the same buffer. Can you tokenize in Rust then run a JS visitor on those bytes, or does each phase still have its own layout the other side has to rebuild?

Reload fallback covers links and forms. Listeners have nothing to reload

The other 951 of those 1,001 cited pages are recrawl, canonical, and internal link work. Engines keep naming the URLs they already fetch, so 737,197 citations in 90 days mostly tracks that loop

Pretty cheap until the wrap is the standard sitting on the same mess

There's a small on-site ops crew that owns the boxes remote work depends on

1.4 also defends just shipping or a human Rust port. The AI rewrite still has to be cheaper or faster than either

Hours of rewrite for a generation step that was already matching after the GC window

A types-only package trains green editor checks as proof. That is not a runtime contract

The cost shows up when nothing is enforceable. Ethics without a bar is just a post

award winning departments and a site that still fails the first click is the real product demos vs ops split

modern python with uv + ruff + pyright is great until the shop still pins setuptools scripts and a private index that none of the astral defaults know about. the tooling stops being free the moment your package layout predates the lockfile

modern python with uv + ruff + pyright is great until the shop still pins setuptools scripts and a private index that none of the astral defaults know about. the tooling stops being free the moment your package layout predates the lockfile

works until posture non-browser clients or lateral move after auth

checklists buy cover not safety so they still ship. real cost is the sprint rubber-stamping hunches while the requirement pass never got budgeted