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Solutions

What you can build, start to finish.

Six worked patterns, each followed from the situation you are actually in to the thing that exists at the end — a hosted app on a real URL, or a reviewed pull request waiting in your repository.

three for anyone · three for developers

Start here

What a solution is, and what it is not

This site uses four words for four different things. Ten seconds spent on the distinction saves you reading the wrong page.

A solution is one complete job, followed end to end. It names a starting situation — you run a bakery with no website, you have a red test in CI — walks every stage in order, and finishes with something specific that now exists. It is narrower than a feature list and broader than a tutorial step, and it is written to answer the question people actually have, which is not “can this be done” but “what does doing it here involve, and what am I left holding.”

That is different from a use case, which describes who you are rather than what you are doing. Use cases are organised by industry and by role — retail, finance, education, health, product management, operations, developer productivity — and show the range of things people in that position build. It is also different from a template, which is a starting point rather than a path: a finished, hand-built app you can spin up in one click and then change by chat. And it is different again from a capability, which is one thing the platform does. Solutions are assembled out of capabilities; the capability pages explain each mechanism on its own terms.

Most people arrive through a use case and leave through a solution. If you already know what you want to build, skip the taxonomy and go straight to the pattern whose shape matches yours.

Two shapes of work, not six niches

The six patterns below are not six industries. They are two fundamentally different ways of working, with three worked examples each, and the difference between them matters more than the difference between a bakery and a barbershop.

The first group starts from nothing but a sentence. There is no codebase, no hosting account and no repository, and the whole point is that none of those become your problem. The second group starts from a codebase you already own and already care about, where speed matters far less than knowing what is true about a change before you are asked to approve it. Everything else — how you pick, what is always included, how long the path is, and what you own at the end — is covered further down this page.

For anyone

From a sentence to a live, hosted app

No codebase to start from and no hosting to buy. You describe the thing; the parts that normally stop the project are already written.

What these three have in common is not the industry — it is where they usually fail. A bakery website stalls on the contact form, because forms need a sending account. A booking app stalls on the database, because appointments need somewhere durable to live. An internal dashboard stalls on authentication, because revenue figures cannot sit on a public URL. In every case the visible part is easy and the plumbing is the whole cost.

That plumbing arrives written rather than pending. The Postgres data layer and sign-in on Supabase, the sending code for Resend, and Stripe checkout where the app takes money — each written into the project only when your app actually needs it, so a simple page stays simple. Pointing that code at live services is its own explicit step, and for Stripe and Resend it runs on your own account, so customers pay you and mail leaves from your domain. What is left for you is the part that was always yours: deciding what the thing should be. You do that in a live preview of the real running app, pointing at elements rather than describing them, and Go Live publishes exactly what you previewed.

Would you rather start from something already shaped like your idea? The template library is grouped by category — Commerce, Booking, Dashboard, Portfolio, Marketing and the rest — and every one is a real app you change by chat.

For developers

From a connected repo to a reviewed pull request

On a codebase that already matters, the useful question is not how fast a change appears but what has already been proven about it.

These three are the same machinery applied to different jobs, and each one is chosen because it exposes a different part of it. Adding dark mode is a test of coverage: the difficulty is not making a colour dark, it is finding every place colour is set, including the screens you would never have listed. Fixing a failing test is a test of diagnosis: anyone can make a suite green by weakening an assertion, which is worse than leaving it red. A TypeScript migration is a test of follow-through: types added without resolving the downstream fallout is how migrations stall, and types added as any is how they deliver nothing.

The arrangement underneath all three is the same, and it is deliberately conservative. The repository is indexed semantically and by symbol before anything is touched. The edit happens in an isolated sandbox clone, where your own typecheck, tests and build have to pass. What reaches your repository is a pull request — never a direct push, never an automatic merge — and your code does not change until you merge it.

Connecting a repository and opening pull requests is a Pro-plan capability. The docs cover connecting a repository, and the comparison pages put this side by side with other tools.

How to pick

Start from the situation you are actually in

Read down the left column until one of them sounds like your week. The right column is where to go next.

If this is your situation…Start here
I run a small business and have no website at allBakery landing page
People book time with me and I am managing it by phone or DMBooking app with a calendar
My team rebuilds the same revenue view in a spreadsheet every monthInternal Stripe dashboard
I need a cross-cutting change applied consistently across an appAdd dark mode
Something is red in CI and I do not want to lose the afternoonFix a failing test
A migration keeps stalling because each file drags in ten moreMigrate JS to TypeScript
I know my industry or role but not what to build yetUse cases by industry & role
I would rather start from something that already looks rightThe template library
I want to understand one mechanism properly firstCapabilities

Nothing here is exclusive — most projects use a template as a starting point and a solution as the map.

What is on each page

What every solution page contains

They all follow the same structure, so you always know where to look for the part you care about.

Why it is actually hard

Each page opens with the real difficulty rather than the assumed one — which is usually plumbing, exhaustiveness or review load rather than the thing that looks hard from outside.

Every stage, in order

The full path, including the stages that happen without you asking: which bricks go in, when the codebase is indexed, and which gates have to pass before anything reaches you.

The real input and output

The prompt or command you would actually type, what comes back, and a checklist of what exists at the end — written in the shape you would genuinely see it.

Honest limits and questions

What the path involves that is still asked of you, which plan it needs, what you own afterwards, and the questions people genuinely ask — including the awkward ones.

Always included

What every solution includes, whichever one you pick

None of the following is a decision you make, a service you sign up for, or a task waiting on your side.

The reason these six patterns can be described in a handful of stages is that most of what would otherwise be in them has been moved underneath. Every solution on this site, create or edit, sits on the same managed foundation — and the important property is that nothing is created speculatively. A landing page never touches payments. A connected repository never needs a deploy pipeline. You get what your work actually calls for.

Provisioned when your app needs it

  • A managed Postgres database on Supabase, created and connected when your app needs to store something
  • Authentication wired in alongside the database, so a private view is a sentence rather than a project
  • Transactional email through Resend for receipts, signups, confirmations and alerts
  • Stripe checkout and subscriptions wired in where the app takes money, on the Pro plan

Running around every change

  • Builds and edits executed inside isolated sandboxes rather than on your machine or in your repository
  • Typecheck, tests and build run as real gates before a change is surfaced — included on every plan
  • Hosting, TLS and deploys on Cloudflare, with HTTPS on every URL and no server configuration
  • A version history of build checkpoints on Repository → Changes that you can rewind to, with a safety snapshot taken first
ONE MACHINERY · WIRED ONLY WHERE THE WORK ASKSPostgresSign-inEmailPaymentsWIREDBakery landing pagea page, and a contact form that reaches you1Booking appappointments stored, confirmations sent, a deposit taken3Internal revenue dashboardprivate behind a sign-in, reading Stripe2Dark mode, on your own repoan edit to a codebase that already has its ownnone
Every solution runs the same machinery; what differs is which services its description actually calls for. The build asks for a capability when the app needs one, the credential goes to the vault rather than into the code, and a job that needs nothing gets nothing provisioned.

The providers underneath are named on the integrations page, and pricing sets out which plan carries which capability.

The path

How long the path is, honestly

No page on this site quotes a build time, because it depends entirely on what you asked for. What can be stated is which stages exist and which of them need you.

A number invented for a marketing page would be worse than no number, so here is the useful version instead: the stages, and where your attention is genuinely required. On both paths the pattern is the same — the mechanical work happens elsewhere, and what is left for you is judgement at two or three specific moments.

The create path

A new project opens in chat before it opens any tabs. The agent asks about the parts of your idea it cannot guess — who signs in, what gets stored, whether money changes hands — and fills in a blueprint as you answer. While the scope is thin the header button reads Blueprint; once there is enough to build from it becomes Review blueprint, and the build starts from your confirmation. Nothing there is permanent: the blueprint is a starting point, not a contract, and you can change anything after the first build.

From there it is build, preview, refine, Go Live. Your attention is needed twice: once to settle the scope, and once to look properly at the preview — including at phone width, where problems are cheapest to catch. Everything between those two moments is code, checks and deploys, none of which are yours to do.

The edit path

The stages carry the product’s own names: connect, index, edit, verify, pull request. You authorise a repository once, describe a change in your own terms once, and review a pull request once. The indexing, the sandbox work and the compile-fix loop happen away from your machine, which is where the interruption cost of this kind of work has always lived.

The one lever you control

A project’s build quality decides how much effort a build is allowed to spend. Prototype is the fastest and cheapest with fewer checks — the right choice for testing whether an idea is worth having. Standard is the balanced default. Best researches current practice and reviews more before shipping, which is slower and a bit pricier, and is what you want for something people will rely on. The docs glossary defines each one.

needs youruns without youCREATEsettle the scopeprovision · plan · buildlook at the previewdeploya live URLEDITconnect · describe itindex · edit in a clone · verifyreview, then mergea pull requestnot a timeline — no width here is a duration
The widths are not times. No page on this site quotes a build duration, because it depends entirely on what you asked for — what can be stated honestly is the shape: long stretches that run without you, and two or three short moments where your judgement is the thing the path is waiting on.

What you own

What you are left holding at the end

The question worth asking of any builder, and the one that decides what your options look like a year later.

The failure mode of most no-code tools is not that they cannot build the thing. It is that what they build only exists inside them. A page becomes a proprietary document, data becomes rows in someone else’s store, and the day you want something the tool does not do is the day you start again. That is a ceiling, and it is invisible until you hit it.

On the create path

  • A real codebase running on managed infrastructure, not a render inside an editor
  • A live public URL over HTTPS, with your own domain available on a paid plan
  • A standard managed Postgres database, so your data stays real, queryable and portable
  • A version history of checkpoints you can rewind to, with a safety snapshot taken first
  • No ceiling to hit, because the thing you have is an application rather than a document

On the edit path

  • A pull request in your own repository, in your own review process, on your own terms
  • A change that already cleared your typecheck, your tests and your build
  • A written summary of what changed and why, so review is about judgement not archaeology
  • A repository that is untouched until you merge — no direct pushes, no automatic merges
  • A connection you can scope or revoke whenever you want

FAQ

Questions about solutions

A solution on this site is one complete job, worked end to end: a starting situation, every stage in order, and a specific thing that exists at the end. It is deliberately narrower than a feature list and deliberately broader than a tutorial step. If you recognise your situation in the title, the page should tell you what building it here actually involves — including the parts that are still your work.

Index

Every solution, in one list

The full set, grouped the way the rest of this page groups them.

Don't see your use case? Just describe it.

These six are worked examples, not a menu. If you can describe what you want in a sentence, that sentence is the whole spec — start free and watch it come together in a live preview.