You've been paying to be the floor. Here's the math.
Software bugs cost the US economy $59.5 billion a year. That's not a typo and it's not from a blog post — it's a peer-reviewed NIST study. The average production outage costs $14,000 per minute. For large enterprises, $23,750. Per minute.
Everyone knows bugs are expensive. That's not news. The news is where the money actually goes.
AI agents average 2.8 review/fix cycles for every 1 spec/code cycle. Every tool has this number. Most don't measure it. None of them tell you about it.
The first draft is never right. That's not failure — that's how software gets written. The question is whether those cycles happen inside a pipeline that costs you compute, or inside a Slack thread that costs you engineers.
A human correction cycle is a calendar day. Three cycles is three days. Holy Ship does the same three cycles in hours.
No context switching. No waiting for review. No Slack thread. No standup. Hours to done with proof. Not days to done with hope.
Spec is wrong. Nobody catches it. Coder builds the wrong thing. Reviewer approves the wrong thing. Tests validate the wrong thing. It ships. It breaks billing. Three engineers. Two days. The fix takes six minutes.
A defect caught in requirements costs one review. The same defect caught in production costs an incident, a postmortem, three engineers, and a customer apology.
Forty years of measured data across thousands of projects say the same thing: every stage you skip multiplies the cost by an order of magnitude. This is not a philosophy. It's arithmetic.
Holy Ship doesn't eliminate correction cycles — nothing does. Code is rewritten, that's the nature of the work. What we did is make each cycle deterministic, automated, and cheap. And then we did something nobody else does: we made the system learn.
Every gate failure updates the prompt chain. The spec template learns from spec rejections. The code template learns from test failures. The review criteria learn from every bug that ever cost you money. These aren't static prompts on disk — they're a living ecosystem of engineering knowledge that evolves with your codebase.
The first issue takes three correction cycles. The tenth takes two. The hundredth takes one. The system compounds. Every mistake costs you once — then the system inoculates itself so that mistake never happens again.
Formal inspections catch 60-65% of defects. Testing alone catches 30%. Combined — inspections, static analysis, and testing together — catches over 95%. Holy Ship runs all three. Every time. On every issue. And each time, the prompts that drive those inspections are sharper than the last.
The cost curve doesn't flatten. It trends down. Every issue you ship makes the next one cheaper, faster, and more correct.
2.8 correction cycles per issue, caught and resolved automatically, costs you compute time. The same 2.8 cycles caught by humans costs you engineering hours. The same defects caught in production costs you $14,000 per minute of downtime.
Same bugs. Same corrections. Radically different price.
Compute costs pennies. Engineers cost salaries. Downtime costs $14,000 a minute. Pick which one catches your bugs.