Observability
As features stack, the code turns untouchable. It's your service, but you can't fix it.
The schema map and API table generate live from the same declaration.
Seoul region · live in 3 minutes
Prompt to
IPO.
Build apps with scalability, security, and observability from day one. Web, iOS, Android, server and database — prompt once, ship everywhere.
First project free · no card required · your code, in your GitHub from day one
Speed
Three minutes. That's the whole thing.
Akan.js3min
generate · test · done
Next / React + Supabase10min
generate 3 min + test & fix 7 min
Same prompt, measured with Claude Code, July 2026. Your results will vary with the task.
“Doesn't the agent need 10 minutes to learn the framework?”
That's a one-time learning pass that disappears with pretraining. What repeats every time is the three-minute generation.
And straight on to an App Store build
Native multiplatform from the same declaration — something the browser-only builders don't have.
Architecture
Declare once. Get every surface.
One business declaration
export class ProductInput extends via((field) => ({
name: field(String),
})) {}A single Bun runtime, one container for all of it — boots at 0.05 CPU / 200MB, and SQLite (WAL) handles around 10K DAU.
Shipped
Web
SSR · SEO
Shipped
iOS
native build
Shipped
Android
native build
Shipped
Server
Bun · WebSocket
Shipped
Database
SQLite → Postgres
In dev
CLI · Voice · MCP
one interface for agents and humans
Transparency
If you can't see it, you can't secure it.
The first two weeks feel magical. The trouble starts when features pile up and users arrive.
Security
Auth, permissions and data get bolted on loosely. Nobody knows where it's exposed.
Convention structurally shrinks whole classes of vulnerability.
Scalability
As traffic grows, no one can predict what breaks. Scaling itself becomes the risk.
Convention enforces structure, so it stays managed as it grows.
Consistent AI code
The agent only operates inside a fixed spec, so spaghetti is blocked at the source.
Standardized structure
Paths, names and structure are identical across the workspace. Someone else's code reads like your own.
A quarter of the code
Less code to write means fewer tokens, and cost drops with it.
Code that compounds
Code built to one spec becomes a reusable asset. You stack it up instead of rewriting.
Framed as observe and manage — not as a guarantee.
Comparison
Same start. Different outcome.
We reframe the axis from single-app performance to the efficiency of starting easy and owning it as it grows.
| Capability | Lovable | Replit | Bolt | Akan.js |
|---|---|---|---|---|
| Native app (iOS · Android) | ||||
| Code ownership | Low | Medium | Low | Very high |
| Observability & security surface | ||||
| Holds up at scale | Low | Medium | Low | Very high |
AI builders exploded idea-to-prototype, but collapse on ownership, security and scale. That complexity wall is our entry point.
Frequently asked questions
Can you really win head-to-head with Lovable or Replit?
We start with the same easy UX. What differs is the output — only ours is an asset you can own, inspect and extend. Their complexity wall is our entry point.
I'm not a developer. Why should I care about a rules framework?
You don't have to. The rules guarantee scale and observability in the background; you just get a result that doesn't break.
Isn't 10 minutes of framework comprehension actually slow?
That's a one-time learning pass for the agent, and it disappears with pretraining. The generation that repeats is three minutes.
Is the code really mine?
Yes. It lands in your own GitHub repository. Akan.js is MIT open source, so it runs without Akan Cloud too.
Do real iOS and Android apps come out of this?
The same declaration produces native builds, and continues all the way to an App Store build.
Start with a prompt.
Build toward IPO.
Scalability, security, and observability — baked in from day one. Anyone ships in three minutes.
First project free · no card required · your code, in your GitHub from day one