Turalogin is a centralized authentication service designed for teams running multiple apps. It handles email-based identity verification and returns app-scoped tokens only to your backend.
The Turalogin website itself uses Turalogin. When you sign up, log in, and manage keys here, you are using the same system your apps will use.
Your app's backend asks Turalogin to start authentication for a user's email.
Turalogin sends a one-time code or magic link from a trusted, shared domain.
The user verifies their email.
Your backend exchanges the short-lived proof for a JWT scoped to your app.
You create your own session and move on.
No redirects. No callbacks. No token leakage.
Most auth systems assume frontend redirects, hosted login pages, and browser-based token handling. That works, but it adds friction and risk when you run many apps.
Turalogin is built for teams that want:
A single email domain for all auth traffic across your apps.
Backend-only trust boundaries with no browser token exposure.
Fast setup across many apps with minimal configuration.
Clear ownership of sessions and users in your system.
It is authentication without ceremony.
Turalogin is designed to live inside API routes, server actions, and services.
It fits naturally into Next.js backends and works just as well with other server frameworks. You integrate once, reuse everywhere, and keep your frontend clean.
If your backend can make an HTTP request, it can use Turalogin.
Every backend uses the same simple pattern: start auth, verify email, exchange proof for a token. The framework fades away.
You do not need to adopt a new auth model. You do not need frontend rewrites. You keep your users, sessions, and app logic.
When you create a Turalogin account, you get access to the dashboard.
From there you can create apps, generate API keys, rotate secrets, and monitor usage.
Each app gets its own identity and token scope. Tokens issued for one app cannot be reused by another.
The Turalogin dashboard is a live example of the system in action.
Turalogin never issues tokens to browsers.
All token exchanges are server-to-server. Verification proofs are single-use and expire quickly. Tokens are signed, scoped, and time-limited.
This keeps authentication simple without sacrificing real security guarantees.
If you want authentication that feels boring in the best way, this is for you.