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AI-built apps

You built it with AI. We make it run a business.

You described an app to an AI tool and got one that works, and that is real progress. We close the gaps that matter once strangers trust it with their details and their money, and put it live at your own address.

A2G Tech / Services / AI-built apps

your-app.your-builder.appClay RoomBook a classWheel basicsSat 10:00GlazingSun 2:00Book and pay $45Works. Built in a weekend.ACan anyone elsesee my details?BDid my paymentreally go through?SIf it breaks, ismy booking gone?The last stretchis a good answer to each.

Why the last stretch matters

In one scan, one AI-built app in ten left its data open.

In March 2025 Matt Palmer, then at Replit, tested 1,645 apps from the showcase of Lovable, another AI app builder. In 170 of them, the rules for who may read the database, where an app keeps its records, could not stop a visitor who had not signed in from asking for a whole list of them. The public catalog of security flaws lists it as CVE-2025-48757, an entry Lovable disputes: it says each customer is responsible for their own app’s data.

The builders have added a lot since. Lovable now runs a security scan every time you publish, and its documentation still says those scans “do not replace a thorough security review.” What you built stands. This page is about the stretch that is left.

1,645apps built with Lovable, tested in one scan in March 2025
170of them had database rules a stranger could get past
56%average security pass rate for AI-written code in Veracode’s 2026 report
48%of developers trust AI when they can easily check its answers (Stack Overflow, 2026)

A first-day review

One AI-built app, read on day one.

  1. Day oneThe app as it arrivesClay Room is our made-up example. It works, at an address ending in its builder’s name. First we read all of it.
  2. Finding 1A secret key in the pageThe password to your payment account sits in code every browser receives. We move it to a server, a computer visitors can’t read.
  3. Finding 2A database that answers anyoneOne customer asks the database, where bookings are kept, for all of them and gets them. Your tables stay, and each gets a rule.
  4. Finding 3A payment taken on trustThe app marks a class paid on the browser’s word. Your checkout stays, and the payment company’s confirmation becomes the proof.
  5. Finding 4No backup, and no way to undoThe builder’s undo brings back code, and bookings are not code. We add a nightly copy of the data and restore one to prove it.
  6. AfterThe same app, on your own addressSame screens and same idea, with the four findings closed. It answers at your own address, on accounts in your business’s name.
your-app.your-builder.appthe builder’s addressyourbusiness.comyour address, your accountsClay RoomBook a classWheel basicsSat 10:00GlazingSun 2:00Book and pay $45Your screens: keptDay one: we read all of itThe codeevery file the AI wroteThe databasethe tables, and who can read themThe payment setuphow “paid” gets decidedNothing is changed yet.First we write down what we find.Sent to every visitor’s browserapp.js, line 14secret_key = "sk_live_…"Each visitor now holds a copy.Customer Sam asks for every bookingAna R.555-0114Ben T.555-0127Sam K., his own555-0139The database gives all three.Two of them aren’t his.How this app decides “paid”Sam’s browserYour apppaidSam K. · Wheel basicsPAIDThe payment companynever askedAfter one wrong instructionYesterday38bookingsToday0bookingsUndo in the buildercode onlyBackup of the datanoneKept: the feature using itAdded: a server holds the keyKept: your tables and dataAdded: a rule on every tableKept: your checkout pageAdded: the provider’s proofKept: the builder’s own undoAdded: a backup we’ve testedThe key lives on a serverbrowsers never receive itSam asks for every bookingand gets his own, onlyThe provider says “paid”sent straight to your serverLast night’s copy existsand a restore has been runFirst-day reviewreading the codefindings so farfour of four closed1A secret key in the pageopenclosed2A database that answers anyoneopenclosed3A payment taken on trustopenclosed4No backup, and no way to undoopenclosed

Keep, fix or rebuild.

We start from the assumption that what you built stays: the screens, and the way a booking flows through them. The four findings above are the ones we look for first, and your app may have none of them.

Sometimes a part is quicker to rebuild than to patch. In Stack Overflow’s 2025 survey, 66% of developers said they are frustrated by AI answers that are almost right, the most common complaint, and 45% said debugging AI-written code is more time-consuming. When a part of your app is like that, the review says which part and why, before you agree to anything.

Keepit works as it isYour screensYour wordingThe booking flowYour tablesMost of the appFixright idea, one gapWhere keys liveDatabase rulesPayment proofBackupsClosed in placeRebuildfaster than a patchA tangled partOnly when fasterPatched so oftenthat redoing itcosts less.

What you’d get

The same app, ready for strangers.

1

A written review

What we found in your code and what we’d do about each finding, in plain English, before any fixing starts.

2

Findings, in order of risk

Each finding says what could go wrong and for whom, so the first hours go to the gap that could hurt a customer most.

3

Logins that hold

Each person signs in as themselves, and the database itself refuses to hand over a record that belongs to someone else.

4

Payments confirmed by the provider

A booking is marked paid when the payment company tells your server so in a signed message, whatever the browser says.

5

Backups, with a restore we’ve run

Your data is copied every night, and we bring one copy back on purpose, so you know it works before you need it.

6

Your own address and accounts

The app answers at your own address, and the domain, hosting, database, payment account and code are in your business’s name.

The part nobody sees

A customer sees a page that takes a booking. Whether it deserves their card details is settled underneath, and the tools’ own manuals say so. Lovable’s says secrets can’t be stored safely in code that runs in the browser, and that reverting a version does not roll back database data. Supabase’s says to switch on row-level rules, which decide who may read each record, for every table an app exposes. Stripe’s calls the message it sends your server the most reliable way to confirm you got paid.

In July 2025 an AI agent on Replit deleted the live database of Jason Lemkin, the founder of SaaStr, while he was testing the tool, and Replit’s chief executive called it unacceptable. Lemkin got the data back by restoring an earlier version. Replit’s documentation now says its agent cannot modify a published app’s live database. See what it takes ›

  • Secret keys held on a server, out of the page
  • A rule on every table, tested as two different customers
  • Each payment confirmed by the payment company
  • Nightly backups, and a restore that has been run

How a project goes

  1. 1

    Talk

    A free call. You describe the problem in your own words, and we tell you honestly whether software is the answer.

  2. 2

    Proposal

    A written scope, timeline and price before any work starts.

  3. 3

    Build

    We design, code and test in phases. You see working software at the end of each one.

  4. 4

    Launch

    We put it live: app stores, hosting, domains, the lot.

  5. 5

    Keep it running

    Monthly maintenance if you want it: updates, fixes and regular reviews.

Before you ask

Is an app built with an AI tool safe to launch?

It depends on what it holds. A page that keeps nothing about anyone and takes no payments carries little risk. Once it stores customers’ details or takes their money, have a person read the code first. The builders say so themselves: Lovable’s documentation tells you that you are responsible for your app’s security, and suggests a professional review for apps that handle sensitive data.

Can’t I ask the AI tool to fix the gaps itself?

Try it, and run the checks your builder offers. As of October 2026, Lovable runs a quick security scan every time you publish, and Bolt has a security audit on its paid plans. They catch common gaps. They can’t know your own rules, such as which member of staff may see which customer. The models also still write the gaps: in Veracode’s 2026 report, AI-written code passed 56% of security tests on average, about the same as a year earlier.

Will I have to start again from scratch?

We don’t start there. The first step is reading what you have. The written review then sorts it into what stays, what gets fixed and what would be quicker to rebuild, with the reason for each. You decide after reading it.

Do I have to stop using the AI tool, or leave its hosting?

No. You can keep building new screens in it. Lovable and Bolt can both sync a project’s code with GitHub, a shared home for code, so your changes and ours meet in one place. The app can also stay on the builder’s hosting with your own domain, an address such as yourbusiness.com, attached to it. As of October 2026, Lovable and Bolt both offer that on paid plans. We move an app only when it needs something that hosting can’t give, and the review says so.

How long does it take, and what does it cost?

That depends on what the review finds, so we don’t guess before reading the code. After a free first call you get a written scope, timeline and price before any work starts. The review comes first, then the fixes in phases, with working software at the end of each.

Tell us what’s slowing you down.

Two taps and your email. No call to book, no brief to write.

Prefer email? axel.r.diaz@a2g-tech.com

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