How this failure appears in Bolt.new
Bolt.new is often used for rapid browser-built apps, dashboards, and full-stack prototypes. With AI repair loops, the builder may show a healthy preview while the published domain, another user role, a refreshed session, or a connected service reveals the real failure.
Why the obvious AI fix may miss it
package changes, runtime assumptions, missing production variables, and generated server boundaries can break after export or deployment. For this symptom, the investigation also considers lost context, duplicate implementation, no regression tests, unclear architecture. Editing the visible component again will not help if that component is only reporting a failed request or policy decision.
The evidence that narrows the diagnosis
Useful first evidence includes identify the canonical file; write a short reproduction; save a known-good commit. For Bolt.new, also identify whether the behavior differs between editor preview, shared preview, exported code, and the real production URL.
Safe access for a Bolt.new repair
A useful access plan may include project export or repository, build logs, hosting settings, and environment-variable names. Start with names, URLs, logs, and screenshots. Do not put passwords, recovery codes, private API keys, or service-role credentials in the initial request.
What not to do before a repair
Do not paste the entire project into repeated chats or accept multi-file rewrites without review. Preserve the last known-good Bolt.new version or export and avoid several broad prompt changes at once. That keeps the failure reproducible.
Repair inside Bolt.new or outside it?
Keep the repair in Bolt.new when its settings, workflows, code surface, and test tools expose the responsible layer. Export, source-code work, or a bounded migration becomes appropriate when the builder hides the cause, cannot support a safe implementation, or prevents repeatable production testing.