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Supabase vs PlanetScale vs Neon: Serverless Postgres in 2026

Compare Supabase, PlanetScale (MySQL), and Neon Postgres for serverless 2026 projects. Feature comparison, free tier limits, pricing, connection pooling, branching, and when to use each platform.

supabaseplanetscaleneonpostgresqlmysqlserverlessdatabasecloud

The managed database landscape changed significantly in 2024-2026. PlanetScale removed its free tier in March 2024 and repositioned as enterprise-only. Supabase and Neon expanded their offerings. New entrants like Turso (SQLite-based) and Xata emerged.

This comparison reflects the current state: what each platform actually offers in 2026, what you’ll pay, and which use cases each serves best.

Quick Overview

SupabasePlanetScaleNeon
DatabasePostgreSQL 15+MySQL (Vitess)PostgreSQL 16+
Free tierYes (generous)No (removed 2024)Yes (generous)
ServerlessPartialYes (native)Yes (native)
BranchingNoYesYes
Connection poolingPgBouncer built-inBuilt-inBuilt-in
Auth built-inYesNoNo
StorageYesNoNo
Edge readyLimitedYesYes
Starting priceFree / $25/mo$39/moFree / $19/mo

Supabase: The BaaS Postgres Platform

Supabase is more than a database — it’s a Firebase alternative. You get PostgreSQL, Auth, Storage, Edge Functions, and Realtime subscriptions in one platform.

Free tier (2026):

  • 2 free projects (paused after 1 week inactive)
  • 500MB database, 1GB storage
  • 50,000 monthly active users (auth)
  • 500K Edge Function invocations

Pricing: Pro at $25/month adds always-on databases, daily backups, and more compute.

Architecture: Standard PostgreSQL on dedicated instances. For serverless/edge, use Supabase’s connection pooler (Supavisor) or connect via the REST API / PostgREST layer.

What makes Supabase unique:

Row Level Security (RLS): Define access policies in SQL that apply at the database level:

-- Users can only see their own data
ALTER TABLE messages ENABLE ROW LEVEL SECURITY;
CREATE POLICY "user_messages" ON messages
  FOR ALL USING (user_id = auth.uid());

Real-time subscriptions:

const channel = supabase
  .channel('messages')
  .on('postgres_changes', { event: 'INSERT', schema: 'public', table: 'messages' },
    (payload) => console.log('New message:', payload.new))
  .subscribe();

PostgREST auto-generated API: Every table automatically gets a REST API with filtering, pagination, and joins — without writing any backend code.

Supabase + Drizzle (best practice):

import { drizzle } from 'drizzle-orm/postgres-js';
import postgres from 'postgres';

const client = postgres(process.env.SUPABASE_DB_URL!);
const db = drizzle(client);
// Now use Drizzle for type-safe queries on your Supabase database

When to choose Supabase:

  • You want a complete backend (auth + database + storage) without managing multiple services
  • Building with Next.js or SvelteKit where full-stack BaaS reduces boilerplate
  • Prototyping fast on the free tier
  • You want Postgres but also real-time features without building them yourself

Supabase limitations:

  • PostgreSQL-specific (can’t migrate to MySQL/SQLite easily)
  • Edge Function cold starts can be slow
  • Free tier pauses inactive projects (frustrating for side projects)
  • Complex RLS policies can be hard to debug

PlanetScale: MySQL at Scale (Enterprise)

PlanetScale runs MySQL via Vitess — the same technology that powers YouTube’s database at 10M+ QPS. It’s genuinely excellent infrastructure.

Major change in 2024: PlanetScale removed the Hobby (free) tier. The entry-level plan is now Scaler at $39/month. This repositioned them as enterprise-focused and away from indie developers and side projects.

Current plans (2026):

  • Scaler: $39/month — 10GB storage, 100M row reads/month
  • Scaler Pro: $299/month — 100GB storage, unlimited rows
  • Enterprise: custom pricing

What still makes PlanetScale compelling:

Database branching: Create database branches like Git branches. Develop schema changes in a branch, review them with pscale diff, and merge without downtime:

pscale branch create my-database add-user-preferences
# Make schema changes on the branch
pscale deploy-request create my-database add-user-preferences
# Review: pscale deploy-request show my-database 1
pscale deploy-request deploy my-database 1

Non-blocking schema changes: PlanetScale’s schema change system avoids table locks that can take your production database offline during ALTERs.

Serverless driver:

import { connect } from '@planetscale/database';
const conn = connect({ url: process.env.DATABASE_URL });
// Works in Cloudflare Workers, Vercel Edge — no native dependencies

When PlanetScale makes sense:

  • Enterprise applications that need MySQL compatibility and zero-downtime schema migrations
  • Teams already deep in MySQL/Vitess ecosystem
  • Scale-up scenarios where horizontal sharding matters
  • Organizations with $300+/month database budgets

When PlanetScale doesn’t make sense:

  • Side projects, indie apps (no free tier)
  • Teams that prefer PostgreSQL
  • Budget-conscious startups

Neon: Serverless Postgres Done Right

Neon is purpose-built for serverless: compute separates from storage, branches work like Git, and idle compute scales to zero (billing stops). It’s the most developer-friendly PostgreSQL option for serverless in 2026.

Free tier (2026):

  • 1 project, 10 branches
  • 0.5 CPU, 1GB RAM
  • 3GB storage
  • Compute scales to zero (no charges when idle)
  • No credit card required

Pricing: Launch at $19/month adds more compute, storage, and projects.

What makes Neon unique:

Compute autoscaling: Neon separates compute and storage. When no queries arrive, compute shuts down completely. When a query comes in, it wakes in ~500ms. You pay only for active compute time, not idle time.

Branch-based development: Each branch gets its own connection string but shares storage with the parent via copy-on-write:

# Create a branch for feature development
neon branches create --name feature-new-schema

# Branch connection string is instantly available:
# postgres://user:[email protected]/neondb

# After merging the feature, delete the branch
neon branches delete feature-new-schema

This enables testing migrations against production data snapshots without copying terabytes.

Serverless driver (HTTP):

import { neon } from '@neondatabase/serverless';
const sql = neon(process.env.DATABASE_URL!);

// Works in Cloudflare Workers, Vercel Edge via HTTP
const users = await sql`SELECT * FROM users WHERE email = ${email}`;

Drizzle + Neon (recommended):

import { drizzle } from 'drizzle-orm/neon-http';
import { neon } from '@neondatabase/serverless';

const sql = neon(process.env.DATABASE_URL!);
const db = drizzle(sql);

const users = await db.select().from(usersTable).where(eq(usersTable.email, email));

When to choose Neon:

  • Serverless applications (Vercel, Cloudflare Workers, Deno Deploy)
  • Teams that want PostgreSQL with zero cold-start penalty from idle
  • Feature branch development workflows (branch per PR for isolated testing)
  • Indie developers and startups (generous free tier, scale-to-zero billing)
  • Anyone coming from traditional PostgreSQL wanting a managed serverless version

Neon limitations:

  • Newer platform — fewer enterprise features than established providers
  • 500ms wake time from cold (compute scale-to-zero) — use connection pooling to minimize
  • PostgreSQL only

Connection Pooling: Critical for Serverless

All three platforms support connection pooling, which is essential for serverless — Lambda functions can’t maintain persistent database connections:

Supabase: Uses Supavisor (their own pooler). Connect to port 6543 for pooled connections:

# Pooled (use this for serverless):
postgres://user:[email protected]:6543/postgres?pgbouncer=true
# Direct (use for migrations):
postgres://user:[email protected]:5432/postgres

Neon: Built-in HTTP transport (no persistent connection needed) + serverless driver. Use neon() for edge, pool() for Node.js.

PlanetScale: HTTP-based serverless driver handles connection pooling automatically.

Decision Guide

Choose Supabase when:

  • You need auth, storage, and real-time in addition to a database
  • Building a complete backend without separate services
  • Free tier is important for initial development

Choose PlanetScale when:

  • Budget is $300+/month and you need enterprise MySQL features
  • Zero-downtime schema migrations are critical
  • You’re already in the MySQL/Vitess ecosystem

Choose Neon when:

  • You want serverless PostgreSQL with the most developer-friendly DX
  • Building for Vercel/Cloudflare/Deno edge environments
  • You want branch-based database workflows
  • Free tier + scale-to-zero billing fits your usage pattern

For most new projects in 2026: Neon for pure database needs, Supabase for full-stack BaaS. PlanetScale is excellent at scale but the pricing has moved it out of reach for most individual developers.

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