Is vibe coding worth it? Yes if you can read what it wrote, and a much narrower yes if you cannot.

Two readers, two answers, and most articles write only one

The question people type is should I use vibe coding, and it hides a split. Start with the reader who can already code. For them the answer is yes and it arrives quickly, because the output lands in front of someone who can tell correct from plausible. The gain sits in work they never enjoyed: forms, list screens, settings, navigation, the fourth endpoint that looks like the third. The cost is that reviewing is duller than writing. So the real risk is not bad code. It is code that ran, looked fine, and got approved without being read.

Now the reader who cannot code. The honest answer is a smaller yes, and it is still a yes. Someone with no programming background can describe an app and have it running on a phone the same afternoon. That was not true three years ago and it is worth real money. The limit arrives at the first problem you cannot describe. A model can act on "add a filter for last week". It can do nothing useful with "it crashes sometimes", and finding out what actually happened means reading a stack trace.

So the two answers hang on different things. For the coder, it depends on whether they are still reading the diff in week three. For the non-coder, it depends on whether the app is one they can afford to abandon when prompting stops working. Both are questions about your behaviour, not about the tool.

There is a third reader nobody writes for: someone who could learn and has not started. For them this is the best deal here. Code you can question line by line beats a tutorial, because it is code for the thing you wanted. It only pays if you read it.

What the yes actually buys

The value of vibe coding sits in three places, and they are worth naming separately. First, speed on shapes that already exist a thousand times over. Second, a lower price on trying, which quietly changes which ideas get built at all. Third, a way past the blank file, which is where most side projects die before they are projects.

What it does not buy: judgement about what to build, a guarantee the thing works on somebody else's phone, and cover for the parts nobody thinks to ask for. Offline behaviour. An empty list on first launch. A save that fails halfway. A model writes what you described, and the gap between your description and a finished app is the whole job. That gap is mapped in vibe coding limitations.

Most vibe coding pros and cons lists are written as if there were one reader. Look at where each side lands. The pros go to the person who can check the output. The cons go to the person who cannot, and they arrive as time rather than as a warning.

The plainest way to put it: the work changes shape, it does not vanish. The hard part used to be making the computer do the thing. Now the hard part is deciding what the thing is and checking that the computer did it. If that second pair sounds like the easier half, you have not yet done it at any size.

The stores do not care how the code was written

Neither Apple nor Google has a rule about whether a human typed the code. This matters, because the loudest reason people give for not trying is a rejection risk. It does not exist in the shape they imagine.

The rule that gets quoted is guideline 4.2.6. It covers apps that come out of a commercial template or an app generation service. Such apps are rejected "unless they are submitted directly by the provider of the app's content". Read who that targets. The test is who presses submit, not how the code was produced. Build your own app, submit it under your own developer account, and you are the provider of the content. The thing being blocked is a service that submits hundreds of near identical apps on behalf of clients.

The rule that does catch thin apps is the one just above it. Guideline 4.2 sets a minimum functionality bar. An app has to do more than repackage a website. One that is not useful or distinctive enough can be turned down. A one prompt app often fails that test, and it fails it whether a person or a model wrote the code. Review asks about the product, not the process. Anyone telling you Apple bans AI built apps has not read the guidelines.

Whether the stores stay this neutral as the volume climbs is a separate argument, and it belongs with the future of vibe coding. Today the rules are about who submits and how substantial the app is. Neither is a reason to avoid building this way.

Apple, App Store Review Guidelines, sections 4.2 and 4.2.6

The bill nobody puts in the comparison

A builder subscription is the smallest line on it. Shipping an app carries fixed costs that have nothing to do with how it was written. Apple's Developer Program is 99 USD a year, stated on Apple's own enrollment page. Google Play charges a one time registration fee of 25 US dollars. Neither comes back if the app never ships, and a phone you can test on is not free either.

The larger cost is hours, and it lands differently on the two readers. The coder pays in review. Reading a diff you did not write is slower than people admit, and skipping it is how a small bug becomes a weekend. The non-coder pays in stuck hours, which are worse because they have no ceiling. Three days in, the app half works. There is no way to tell whether the problem is one bad line or the wrong shape entirely.

The third cost only shows up when you stop paying. Ask what leaves the building with you. A generated project in a repository you can open in any editor is one kind of asset. An app that lives inside somebody else's account is another. That difference only matters on the day you want to leave, which is the whole of what you are left with. Decide it before you start rather than after.

Put the three together and the sum stays small for a tool you use yourself. It grows fast for anything with strangers on it. The real answer is a match between what you are building and what you can absorb when it breaks.

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