[hbrn]

> What a weird blast furnace! Would anyone try to use this tool in such a scenario? Not most experienced metalworkers.

Absolutely wrong. If this blast furnace would cost a fraction of other blast furnaces, and would allow you to produce certain metals that were too expensive to produce previously (even with high error rate), almost everyone would use it.

Which is exactly what we're seeing right now.

Yes, you have to distinguish marketing message vs real value. But in terms of bang for buck, Claude Code is an absolute blast (pun intended)!

[ImPostingOnHN]

> this blast furnace would cost a fraction of other blast furnaces

Totally incorrect: as we already mentioned, this blast furnace actually costs just as much as every other blast furnace to run all the time (which they do). The difference is only in the outputs, which I described in my post and now repeat below, with emphasis this time.

Let's also imagine that the blast furnace changes behavior minute-to-minute (usually in the middle of the process) between useful output, useless output (requires scrapping), and counterproductive output ——>(requires rework which exceeds the productivity gains of using the blast furnace to begin with)<——

Does this describe any currently-operating blast furnaces you are aware of? Like I said, probably not, for good reason.

[hbrn]

The furnaces I'm comparing are Claude Code vs hiring more engineers. Not Claude Code vs Codex vs Gemini. If $20/mo makes an engineer even 10% more productive, purchasing Claude Code is a no-brainer.

Most engineers feel like Claude Code is a multiplier for their productivity, despite all the flaws that it has. You're arguing that CC is unusable and is a net negative on the productivity, but this is the opposite of what people are feeling. I am able to tackle problems I wouldn't even attempt previously (sometimes to my detriment).