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Neon Pricing, Features & Alternatives

Runtime Platform · BaaS

Postgres backend with branching databases, authentication, functions, object storage, and scale-to-zero compute.

Neon separates PostgreSQL compute from storage. Copy-on-write branches reuse existing data, and compute can suspend when idle. That model lets temporary databases avoid full storage copies and idle compute. Neon high availability protects against failures within a selected region; it does not currently provide realtime replication between regions. Failover can restart or reschedule compute against durable storage; it is not an uninterrupted warm-standby compute model. Autoscaling, suspension, recovery history, and replica cost still depend on plan and configuration, and the automated-backup capability refers to built-in retained recovery history rather than independent exported backups.
Best for

Teams that need isolated PostgreSQL databases for previews, CI runs, or coding agents and want those branches to share storage and suspend when idle.

Watch out for

Neon separates storage and compute, so an idle database can be inexpensive while an always-running or heavily branched workload accumulates compute, storage, branch, networking, and support charges.

Workloads
  • APIs
  • Real-Time Applications
Services
  • Authentication
  • Managed Databases
  • Functions
  • Object Storage
Delivery
  • Managed

Development & Execution

Supported platform capabilities, execution environments, development technologies, deployment models, integrations, and triggers.

Database support

  • PostgreSQL

Capabilities

  • Compute Autoscaling
  • Storage Autoscaling
  • Scale to Zero
  • Automatic Failover
  • Database Branching
  • Point-in-Time Recovery
  • Read Replicas
  • Automated Backups

Client languages

  • C#
  • Go
  • Java
  • JavaScript
  • Kotlin
  • PHP
  • Python
  • Ruby
  • Rust
  • TypeScript

Framework compatibility

  • Astro
  • Django
  • Express.js
  • Fastify
  • Laravel
  • Next.js
  • Nuxt
  • Remix
  • Ruby on Rails
  • Spring Boot
  • SvelteKit

Integrations

  • GitHub
  • Terraform

Deployment model

  • Serverless (Managed Runtime)

Pricing

Published pricing structure, representative costs, and material billing factors.

Primary Billing
Plan based Neon Plans
Free Tier
Recurring free allowances No card required
Commitment
Launch and Scale have no monthly minimum.

Neon Plans

Primary Pricing

Managed Postgres plans with metered compute and storage.

Free

$0

For learning, prototypes, and small projects.

  • Up to 100 projects
  • 10 branches per project
  • Autoscaling up to 2 CU
Launch

Usage-based

Usage-based plan with no monthly minimum.

  • Typical spend: $15 per month
  • Autoscaling up to 16 CU
  • Up to 7-day point-in-time restore
Scale

Usage-based

Usage-based plan with expanded limits and compliance features.

  • Typical spend: $701 per month
  • Autoscaling up to 16 CU or fixed sizes up to 56 CU
  • Up to 30-day point-in-time restore
Neon Usage Additional Usage Cost

Compute, storage, branches, and public egress are metered separately.

ResourceBilling UnitPrice
Compute (Launch) 1 CU is approximately 1 vCPU and 4 GB RAMper CU-hour$0.106
Compute (Scale) 1 CU is approximately 1 vCPU and 4 GB RAMper CU-hour$0.222
Storageper GB-month$0.35
Extra branchesper branch-month$1.50
Public egressper GB beyond 500 GB included$0.10

Free Tier

No card required

Recurring allowances included with the Free plan.

  • Storage: 0.5 GB per project
  • Compute: 100 CU-hours per project per month

Enterprise Pricing

Custom pricing is available with committed-use discounts, dedicated support, custom limits, and custom SLAs.

Billing Commitment

Launch and Scale have no monthly minimum.

Infrastructure & Availability

Where workloads run, how deployment is scoped, and what underlying infrastructure the platform depends on.

Neon currently offers project regions on AWS. Azure region support was deprecated in April 2026 and is not included in this active-region inventory.

Execution

  • Single Region

Deployment scope

  • Regional

Geographic availability

North America
3
Latin America
1
Europe
2
Asia Pacific
2

Infrastructure providers

  • Amazon Web Services

Available regions

LocationAreaRegion ID
AWS US East (N. Virginia)North Americaaws-us-east-1
AWS US East (Ohio)North Americaaws-us-east-2
AWS US West (Oregon)North Americaaws-us-west-2
AWS South America (São Paulo)Latin Americaaws-sa-east-1
AWS Europe (Frankfurt)Europeaws-eu-central-1
AWS Europe (London)Europeaws-eu-west-2
AWS Asia Pacific (Singapore)Asia Pacificaws-ap-southeast-1
AWS Asia Pacific (Sydney)Asia Pacificaws-ap-southeast-2

Availability reviewed · Availability source

Resource & Execution Limits

Pooled connections

10,000

Per endpoint

Databases

500

Per branch

Roles

500

Per branch

Security & Compliance

Security Controls

Access Control
Organization and project roles
Multi-Factor Authentication (MFA)
Account 2FA and organization-wide enforcement
Encryption
TLS 1.2+ in transit; AES-256 at rest
Network Isolation
Logical customer-data segregation
IP Allow List
Database connection restrictions
Private Networking
AWS PrivateLink Scale plan

Audits & Certifications

SOC Reports
SOC 2 Type II
ISO Certifications
ISO/IEC 27001:2022 & 27701:2019

Compliance

HIPAA
HIPAA capability Scale plan; BAA required

FAQ

How does Neon database branching work?
A Neon branch is an isolated copy-on-write database environment created from a parent branch. It starts from the parent’s schema and data without duplicating the whole database, then stores its own changes and runs on an independent compute endpoint.
Do I need the Neon serverless driver for a normal Postgres application?
No. Neon works with standard Postgres drivers when the runtime can open normal Postgres connections. The Neon serverless driver is designed for JavaScript and TypeScript environments where raw TCP is unavailable or expensive, including V8-isolate and edge runtimes, and carries queries over HTTP or WebSockets.
How much does Neon cost?
Neon has a $0 Free plan plus usage-based Launch and Scale plans. Paid usage is driven mainly by compute-unit hours and storage, with no monthly minimum for Launch or Scale.
What are the Neon free tier limits?
The Neon Free plan includes 0.5 GB of storage per project and 100 compute-unit hours per project each month. Other plan limits and feature restrictions also apply.
What is a Neon compute unit (CU) and how is it billed?
A Neon compute unit is a normalized compute measure: 1 CU corresponds to 1 vCPU with 4 GB of RAM. Paid compute is billed in CU-hours, so cost follows both the compute size used and how long it is active.
Does Neon require a credit card for the free tier?
No. Neon’s Free plan does not require a credit card. Billing details are needed when you move to paid usage.
Is Neon HIPAA compliant?
Neon supports HIPAA use on its Scale plan when a Business Associate Agreement is in place. Customers still need to configure and use their application and database environment according to their HIPAA responsibilities.

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