Emergency triage for AI apps broken in production — one bug in 48 hours
Your Lovable, Bolt.new, or Cursor app is broken in production right now. Emergency triage AI app service: one reproducible bug, one engineer, one 48 hour bug fix, one written root-cause report. Full refund if we miss.
Emergency triage AI app service is a $299 fixed-fee, 48 hour bug fix for one reproducible production failure in a Lovable, Bolt.new, Cursor, Replit, v0, Base44, Windsurf, or Claude Code app. You get a clean git diff, a one-page written root-cause report, a regression test for the failing path, and prevention notes. Full refund if we miss 48 hours. Most common intakes: blank-page deploy, OAuth 500, Stripe webhook silence, Supabase RLS denials, env-var propagation misses.
Symptoms emergency triage resolves in 48 hours
Seven real intakes from the last quarter. Symptom column is how founders describe it at 9pm; root cause is what we find on the first trace; fix column is what lands in the repo before hour 24.
| Symptom (production right now) | Root cause | What we ship |
|---|---|---|
| Production deploy renders a blank white page | Env var propagation missed — supabaseUrl undefined on the host | Vercel env set, hardened client init, sentry breadcrumb for the next drop |
| Login 500s for every user but the founder | OAuth redirect URI still localhost:3000 on Google Cloud console | Redirect URIs updated, Supabase Site URL set, RLS policy spot-check |
| Stripe Checkout completes, subscription never activates | Webhook handler silently swallows the signature verification failure | stripe.webhooks.constructEvent guard + event-ID dedupe + lifecycle sync |
| Cursor agent rewrote a component and the table stopped loading | Silent early-return drop during a broad edit — guard clause vanished | Restored guard, added integration test asserting the original render |
| Bolt.new preview works, Netlify deploy 404s on every route | WebContainer-injected env vars + permissive CORS not on the real host | Host env vars wired, CORS allowlist tightened, redirects.toml corrected |
| Supabase insert succeeds in logs, row never persists | RLS policy references a column that does not exist — silent deny | RLS policy rewritten, service-role moved server-side, regression test |
| Password reset email never arrives | No DKIM on sending domain — Gmail rejects before inbox | DKIM/SPF/DMARC records published, bounce handler, send-queue retry |
48 hour bug fix schedule, hour by hour
The clock starts when you pay. Intake inside two business hours, reproduction before any patch, and a written report before handoff. No unrelated refactors — the discipline is how we keep the promise.
- H0Hour 0
Intake + scope lock
One-paragraph bug report, repo read access, host access, and the failing URL. Scope confirmed and Stripe link returned inside two business hours. The 48-hour clock starts when you pay.
- H1Hour 1–4
Local reproduction of the production break
We reproduce the failure locally before writing a single patch line. One-in-ten triages reveal 'bug only happens for one user' — a data fix, not a code fix — and we call it out immediately.
- H4Hour 4–20
Root-cause trace + smallest-patch diff
We trace the data path backwards from the symptom: failing render, failing fetch, failing webhook, failing query, failing env var. Most fixes land in three to ten lines. The discipline is not writing the patch — it is resisting adjacent refactors.
- H20Hour 20–40
Regression test + CI verification
Integration test added that reproduces the original failure and now passes. If the project has no test infrastructure, we add a single test for the path we just fixed — included in the $299.
- H40Hour 40–48
Root-cause report + merge-ready PR
One-page written report: what broke, why, what the patch changes, and one prevention recommendation. Delivered as a clean git diff or an open PR — you decide who merges.
- H0Hour 0
Intake + scope lock
One-paragraph bug report, repo read access, host access, and the failing URL. Scope confirmed and Stripe link returned inside two business hours. The 48-hour clock starts when you pay.
- H1Hour 1–4
Local reproduction of the production break
We reproduce the failure locally before writing a single patch line. One-in-ten triages reveal 'bug only happens for one user' — a data fix, not a code fix — and we call it out immediately.
- H4Hour 4–20
Root-cause trace + smallest-patch diff
We trace the data path backwards from the symptom: failing render, failing fetch, failing webhook, failing query, failing env var. Most fixes land in three to ten lines. The discipline is not writing the patch — it is resisting adjacent refactors.
- H20Hour 20–40
Regression test + CI verification
Integration test added that reproduces the original failure and now passes. If the project has no test infrastructure, we add a single test for the path we just fixed — included in the $299.
- H40Hour 40–48
Root-cause report + merge-ready PR
One-page written report: what broke, why, what the patch changes, and one prevention recommendation. Delivered as a clean git diff or an open PR — you decide who merges.
Before and after a typical 48 hour bug fix
Real triage pattern: a Lovable-generated Supabase client that exposes the service-role key to the browser and queries orders with no auth check. The after-patch moves the client server-side, uses the anon key, and lets RLS enforce user_id = auth.uid() instead of trusting a userId argument. Three-line root cause, ten-line patch, one regression test — that is the triage shape.
01// AI-shipped Supabase client — runs on the server AND the browser02// RLS disabled on this table; anon key used for everything03import { createClient } from "@supabase/supabase-js";04 05export const supabase = createClient(06 process.env.NEXT_PUBLIC_SUPABASE_URL!,07 process.env.NEXT_PUBLIC_SUPABASE_SERVICE_ROLE_KEY!, // leaked to browser08);09 10export async function getOrders(userId: string) {11 // no RLS, no auth check — any user can pass any userId12 const { data } = await supabase.from("orders").select("*").eq("user_id", userId);13 return data;14}01// app/lib/supabase/server.ts — server-only client with RLS + user context02import { createServerClient } from "@supabase/ssr";03import { cookies } from "next/headers";04 05export async function supabaseServer() {06 const cookieStore = await cookies();07 return createServerClient(08 process.env.NEXT_PUBLIC_SUPABASE_URL!,09 process.env.NEXT_PUBLIC_SUPABASE_ANON_KEY!, // anon key, RLS on10 { cookies: { getAll: () => cookieStore.getAll() } },11 );12}13 14export async function getOrders() {15 const supabase = await supabaseServer();16 // RLS enforces user_id = auth.uid(); no userId argument, no spoofing17 const { data } = await supabase.from("orders").select("*");18 return data;19}Eight deliverables every emergency triage ships
- 01One reproducible bug identified, traced to root cause, and fixed
- 02Clean git diff reviewed before merge — no unrelated refactors
- 03Written root-cause report — what broke, why, and one prevention recommendation
- 04Reproduction steps documented so the founder can verify the fix independently
- 05Regression test added for the failing path (included, not upsold)
- 06Priority intake — starts within one business day, delivered inside 48 hours
- 07One round of follow-up questions answered at no extra charge
- 08Full refund if we miss the 48-hour deadline on agreed scope
One bug, one price, one 48 hour bug fix clock
The economics work because we have rescued the same six failure modes hundreds of times across Lovable, Bolt.new, Cursor, Replit, v0, Base44, Windsurf, and Claude Code apps. When you describe the symptom on the intake form, we usually have a one-line hypothesis before we open the repository.
Emergency triage is not a code review, a security audit, or a refactor. It is one bug, one patch, one test, one report. Every minute spent on adjacent improvements is a minute not spent confirming the patch is safe. The fastest way to break the 48-hour promise is to refactor something the founder did not ask us to touch — so we do not. Full refund if we miss.
- turnaround
- 48h from payment
- scope
- One reproducible bug, end-to-end. Diff + report + regression test.
- guarantee
- Full refund if we miss 48 hours
Emergency triage vs Upwork vs in-house rescue
A $299 fixed fee against a $1,500 Upwork bid or a day of in-house engineering lost to a single production fire.
| Dimension | Upwork dev | In-house fix | Emergency triage AI app |
|---|---|---|---|
| Price for one production bug | $800–$2,000 | Blocks 1–2 engineers for a day | $299 fixed |
| Delivery time | 3–7 days (plus bidding) | Whenever the sprint allows | 48 hours, guaranteed |
| Root-cause report | Rarely | Verbal, in standup | Written one-pager included |
| Regression test for the bug | If asked | If time | Default — added in the $299 |
| AI-builder context (Lovable/Bolt/Cursor) | Unknown | Not their specialty | All 9 tools covered |
| Refund on miss | No | N/A | Full refund if 48h missed |
Pick emergency triage if…
- →One specific thing is broken in production right now and you have a reliable reproduction.
- →Your AI app broken in production renders a blank page, 500s on login, or silently fails a Stripe webhook.
- →You need a fixed price and a written root-cause report — not an open-ended hourly bill.
- →A Cursor or Claude Code agent regressed a working feature and you need the guard clause restored.
- →You want a regression test added so the same bug does not come back the next time the AI touches the file.
Don't pick emergency triage if…
- →Three unrelated things are broken at once — that is Break-the-Fix-Loop ($3,999), not a triage.
- →You want a broader security audit — that is a Security Audit ($499), not a single-bug fix.
- →You want the entire codebase cleaned up — that is AI-Generated Code Cleanup ($3,999).
- →You need a full integration built from scratch — that is Integration Fix ($799) or Finish My MVP ($7,499).
- →You are not sure whether the app is worth rescuing — start with the free Rescue Diagnostic first.
Debugging engineers who run the 48 hour bug fix
Triage is usually the right specialist plus the right two-hour trace. Pick the expert whose failure mode matches your bug.
Owns white-screens, hydration mismatches, effect loops, and blank-page production deploys — the triages where one component crashes the whole app.
When the triage reveals three unrelated bugs instead of one, we escalate to a written audit so you know what to fix first before paying for Break-the-Fix-Loop.
For webhook silence, subscription-never-activates, and signature verification failures — the triages where Stripe is the failing surface. Docs: Stripe webhooks.
Related AI app rescue services
Emergency Triage is our entry-level fixed-fee scope. Bigger problem than one bug? See all pricing tiers for Rescue, Integration Fix, Break-the-Fix-Loop, and Retainer Support.
One bug. 48 hours. $299 — full refund if we miss.
Send the reproduction and the repo URL. We'll confirm scope inside 2 business hours, reproduce locally, trace to root cause, ship the smallest patch, add a regression test, and hand back a written root-cause report.
Book free diagnostic →