Best Databases for Axum (2026)
Compare the best database solutions for Axum. We review PostgreSQL options with SQLx and SeaORM integration.
Axum's async-first design pairs perfectly with async database crates. We've evaluated managed databases that work well with Rust's async ecosystem.
Pourquoi C'est Important
Axum runs on tokio, requiring async database access. The right combination delivers excellent performance and ergonomic data access.
Considérations Clés
SQLx Async
SQLx is async-native with compile-time SQL checking. Perfect match for Axum's tokio runtime.
State Extension
Pass database pool via Axum State or Extension. Clean access in handlers.
SeaORM
SeaORM provides async ORM built on SQLx. Good balance of convenience and performance.
Connection Pooling
SQLx includes async pooling. Configure max connections based on workload.
Transactions
Use SQLx transactions for multi-query operations. Async-friendly API.
Nos Recommandations
Neon
Meilleur Serverless Excellent Support SDK OfficielNeon serverless PostgreSQL with SQLx. 512MB free. Scales to zero. Perfect for Axum APIs.
cargo add sqlx --features postgres,runtime-tokio 
Supabase
Meilleur Tout-en-Un Excellent Support SDK OfficielSupabase PostgreSQL with SQLx. 500MB free. Auth and storage available if needed.
cargo add sqlx --features postgres 
Railway
Meilleur avec Hébergement Excellent Support SDK OfficielRailway provides PostgreSQL alongside Axum hosting. Unified deployment. $5/month credit.
railway add postgresql 
Turso
Meilleur Edge Excellent Support SDK OfficielTurso for edge SQLite. Official Rust SDK with async support. 9GB free. Great for global apps.
cargo add libsql 
CockroachDB
Meilleur Distribué Excellent Support SDK OfficielCockroachDB for distributed PostgreSQL. SQLx compatible. 5GB free. Global scale.
cargo add sqlx --features postgres Comparaison Rapide
| Service | TypeScript | Edge | Offre Gratuite | Temps de Configuration |
|---|---|---|---|---|
| Neon | none | — | 512MB | 5 min |
| Supabase | none | — | 500MB | 5 min |
| Railway | none | — | $5 credit | 5 min |
| Turso | none | — | 9GB | 10 min |
| CockroachDB | none | — | 5GB | 10 min |
Démarrage Rapide
use axum::{routing::get, Router, extract::State};
use sqlx::postgres::PgPoolOptions;
#[tokio::main]
async fn main() {
let pool = PgPoolOptions::new()
.max_connections(5)
.connect(&std::env::var("DATABASE_URL").unwrap())
.await
.unwrap();
let app = Router::new()
.route("/users", get(get_users))
.with_state(pool);
let listener = tokio::net::TcpListener::bind("0.0.0.0:3000").await.unwrap();
axum::serve(listener, app).await.unwrap();
}
async fn get_users(State(pool): State<sqlx::PgPool>) -> String {
// Query database...
"users".to_string()
}Modèles d'Intégration Courants
Neon + SQLx + Axum
Serverless PostgreSQL with compile-time checked SQL.
Supabase + SeaORM
Supabase PostgreSQL with SeaORM for rapid development.
Turso + Axum Edge
Edge SQLite with Axum for global low-latency APIs.