Neon Alternative 2026: Pricing, Performance & Features

Raff Managed PostgreSQL is a Neon alternative for teams that want fixed monthly database plans, included backups and networking, optional high availability, and a bill that does not change with every compute hour or branch. Raff starts at $7.99 per month, while Neon offers a $0 Free plan and usage-based Launch pricing with a typical spend of $15 per month. Neon remains stronger for database branching, autoscaling, scale-to-zero, preview environments, and applications that benefit from serverless PostgreSQL economics. The practical choice is between Neon's developer-first serverless workflow and Raff's predictable managed database model; review Managed vs Self-Hosted Databases first if you still need to decide who should own database operations.

Neon vs Raff: which is right for you?

Neon and Raff both provide managed PostgreSQL without requiring a team to operate the database host directly. Each platform supports encrypted connections, connection pooling, backups or restore controls, monitoring, extensions, and standard PostgreSQL clients, but they package compute, storage, recovery, networking, and developer workflows differently.

Neon separates compute from storage and meters database usage through Compute Units, storage, restore history, branch usage, and network transfer. Its defining features are autoscaling, scale-to-zero, copy-on-write database branches, read replicas, and API-driven workflows that can create short-lived databases for development, testing, previews, and AI-generated applications.

Raff uses provisioned monthly plans with listed vCPU, RAM, and NVMe storage. Backups, monitoring, pooling, private networking, and traffic are included in the plan price; production tiers can add a synchronous standby and automatic failover for a fixed percentage.

Use this decision rule:

• Choose Neon when database branching, ephemeral environments, scale-to-zero, autoscaling, or a free development tier is central to the workflow.
• Choose Raff Managed PostgreSQL when the production database should have a visible monthly ceiling, listed resources, included operational features, and optional high availability without several usage meters.

Neither platform is universally cheaper. Neon can be highly economical for intermittent databases that suspend when idle, while Raff can be easier to forecast for continuously active production workloads that need stable capacity and included operations.

Neon overview

Neon is a serverless PostgreSQL platform built around separated compute and storage. A project can contain a primary branch, child branches, compute endpoints, read replicas, roles, and databases while retaining compatibility with ordinary PostgreSQL drivers and tools.

The platform's central idea is that database environments should be created and discarded almost as easily as code branches. Neon branches are isolated, use copy-on-write storage, share their parent's existing data until they diverge, and store only unique changes. This makes branches useful for pull-request previews, test runs, migration checks, developer sandboxes, and temporary environments.

Neon's compute model is also elastic:

• Compute can autoscale within configured minimum and maximum sizes.
• Inactive compute suspends after 5 minutes by default.
• A suspended database reactivates when a new query arrives.
• Paid plans can disable or configure scale-to-zero.
• Read replicas can serve read-heavy workloads.
• Compute size is expressed in Compute Units, with approximately 1 vCPU and 4 GB RAM per CU.

Current public plans include:

• Free — $0: 100 projects, 100 CU-hours per project each month, 0.5 GB storage per project, compute up to 2 CU, 6-hour restore history, and access to autoscaling, branching, and read replicas.
• Launch — usage-based: $0.106 per CU-hour, $0.35 per GB-month, compute up to 16 CU, 7-day restore history, and a published typical spend of $15 per month for an intermittent 1 GB workload.
• Scale — usage-based: $0.222 per CU-hour, $0.35 per GB-month, compute up to 56 CU, 30-day restore history, private networking, IP allow rules, metrics export, and service-level features.

Neon's strongest advantage is developer workflow density. One platform combines PostgreSQL, branching, autoscaling, scale-to-zero, read replicas, APIs, CLI tooling, preview-database patterns, and usage-based billing.

The trade-off is cost modeling. A production estimate may include CU-hours, database storage, restore-history storage, additional branches, public transfer, private transfer, and support requirements. The platform is simple to start, but a continuously active database should be modeled from real usage rather than the free tier alone.

Raff Managed PostgreSQL overview

Raff Managed PostgreSQL is a provisioned managed database service for teams that want PostgreSQL without operating the database host. It uses fixed monthly plans with published vCPU, RAM, and NVMe allocations instead of billing production compute by the CU-hour.

Current PostgreSQL plans include:

• Dev — $7.99/month: 1 vCPU, 1 GB RAM, 25 GB NVMe, daily backups, and a single node.
• Production — $39.99/month: 2 vCPU, 4 GB RAM, 80 GB NVMe, with high availability available at $67.98 per month.
• Scale — $127.99/month: 8 vCPU, 16 GB RAM, 180 GB NVMe, read-replica options, and built-in PgBouncer pooling, with high availability available at $217.58 per month.

The operational layer is part of the database product rather than a separate set of line items. Raff lists backups, point-in-time recovery on production plans, monitoring, slow-query insights, TLS, IP allowlists, private networking, pooling, and platform traffic inside the database price. Extra storage is listed at $0.12 per GB-month.

Raff supports PostgreSQL 14 through 16 and lists pgvector, PostGIS, pg_stat_statements, pg_cron, pgcrypto, and more than 60 extensions. Applications can connect externally over TLS or use a private link when they run on Raff Apps or other Raff infrastructure.

The optional high-availability model is familiar: a synchronous standby is added in a separate zone, with automatic failover, for a fixed +70% of the plan price. This creates a visible monthly HA number before the feature is enabled.

Raff also offers guided zero-downtime migration. Logical replication keeps the source database active during synchronization, and the connection string is switched after replication lag reaches zero.

The trade-off is that Raff does not reproduce Neon's serverless database workflow. Its current public PostgreSQL product does not position copy-on-write database branching or automatic scale-to-zero as core features. Raff is designed around stable production capacity and straightforward operations rather than short-lived database environments.

Raff's broader cloud reports more than 3,000 customers and 15,000 production VMs, with current public ratings of 4.4/5 on Trustpilot and 4.6/5 on G2. These are platform-level trust signals, not a claim that Raff Managed PostgreSQL has Neon's specialized serverless PostgreSQL history.

Neon pricing vs Raff pricing

Neon and Raff use fundamentally different pricing models.

Neon bills actual compute consumption in CU-hours, database storage, restore-history storage, branch usage above included allowances, and network transfer beyond plan allowances. The bill can fall when compute suspends, but it can also rise when workloads stay active, autoscale upward, retain more history, create many branches, or transfer more data.

Raff bills a selected PostgreSQL plan with a published monthly price. The plan includes listed compute, memory, NVMe storage, backups, networking, monitoring, pooling, and traffic, while additional storage and optional high availability are the main visible modifiers.

The rows below compare buying positions rather than claiming identical performance. Neon Compute Units and Raff provisioned plans are different architectures, and there are no controlled Neon-versus-Raff benchmarks that establish direct equivalence.

The small always-on Neon example uses the provider's published low-load reference: approximately 190 CU-hours and 5 GB of database storage. The arithmetic is 190 × $0.106 + 5 × $0.35 = $21.89; actual cost can differ because restore history, network transfer, branching, autoscaling, and support are separate considerations.

A fair production estimate should include:

1. Average and peak compute usage
2. Whether the database can suspend safely
3. Database and history storage
4. Number and lifetime of branches
5. Read replicas
6. Public or private transfer
7. Backup and restore requirements
8. High availability requirements
9. Monitoring and support
10. Engineering time required to understand and control the bill

Neon is compelling when idle periods and disposable environments reduce real consumption. Raff is compelling when the database runs continuously and the team wants to know the monthly infrastructure ceiling before launch.

Bandwidth and transfer policy

Network transfer is a database cost because query results, exports, logical replication, backups, and application responses move data from the database to clients.

Neon measures outbound traffic through its proxy. Current paid plans include 100 GB of public network transfer each month and charge $0.10 per GB after the allowance. The Free plan includes 5 GB, after which compute can be suspended until the next billing cycle or an upgrade. Scale private-network traffic is listed at $0.01 per GB in both directions.

Raff lists traffic inside the managed database price and shows $0 egress on the private fabric between a Raff database and Raff applications. The public product page also states that backups, networking, monitoring, and traffic are included rather than billed as separate database line items.

This does not mean teams can ignore architecture. For either platform, inspect:

• Application-to-database traffic
• Cross-region application traffic
• Large query results
• pg_dump exports
• Logical replication streams
• Read-replica traffic
• Monitoring and log export
• BI and analytics clients
• Data migrations

The cleanest path is usually to keep the application and database close to each other and avoid repeatedly moving large result sets across public networks. Neon provides broader placement options across AWS and selected Azure regions, while Raff teams should verify current database-region availability for the target workload before migration.

Feature comparison: Neon vs Raff

The most important distinction is not whether both products run PostgreSQL. It is whether the team wants the database to behave like elastic developer infrastructure or stable provisioned production infrastructure.

Features and reliability: Raff vs Neon

There are 0 controlled head-to-head Raff-versus-Neon performance benchmarks available as of July 30, 2026. Database performance depends on compute size, storage architecture, working-set size, connection pattern, pooling, indexes, query plans, region, replicas, extension behavior, and whether a suspended compute must reactivate. A credible test must use the same schema, dataset, queries, concurrency, client region, pooling configuration, and recovery settings.

Compute behavior

Neon can scale compute between configured bounds and suspend after inactivity. This is attractive for development, previews, bursty applications, and databases that do not require continuous activity. The trade-off is that a suspended compute needs a short reactivation period, and an undersized minimum compute may need time to warm its working set.

Raff keeps the selected database plan available as provisioned capacity. It does not depend on a scale-to-zero wake-up for normal operation. The trade-off is that the fixed plan continues to cost its monthly price even during quiet periods.

Branching and delivery workflows

Neon's database branching is its clearest product advantage. Teams can create isolated branches for pull requests, developers, tests, migrations, and previews without copying the full database immediately. Branches can scale to zero and are billed primarily for unique changes and compute usage.

Raff uses conventional managed PostgreSQL environments. Teams can create separate databases or clusters for development, staging, and production, but its public PostgreSQL product does not present copy-on-write database branching as an equivalent workflow.

Backups, restore, and high availability

Neon provides restore history according to plan: up to 6 hours on Free, 7 days on Launch, and 30 days on Scale. History storage is a separate paid metric, and the selected restore window affects cost.

Raff includes backups and lists point-in-time recovery for production plans. High availability adds a synchronous standby and automatic failover for +70% of the base plan. This produces a familiar recovery and HA model with a fixed price.

These features do not replace application-level recovery planning. Both platforms still require tested migrations, credential recovery, application rollback, and validation after a restore.

Networking and access control

Neon provides public connections through its proxy, pooled endpoints, IP allow rules on Scale, and AWS PrivateLink private networking on Scale. Its broader cloud-region selection can be important for applications already deployed near a supported Neon region.

Raff provides TLS, scoped credentials, IP allowlists, and private links to Raff applications. It is the simpler network choice when the application already runs on Raff Apps, Raff VMs, or other Raff infrastructure.

Operations and trust

Neon has a longer specialized record in serverless PostgreSQL and a mature developer ecosystem around branching, integrations, APIs, and framework templates. Scale adds service-level and compliance-oriented features.

Raff provides a 99.9% platform SLA, direct support, included database operations, a public status page, and free guided migration. The broader Raff platform reports 3,000+ customers and 15,000+ production VMs, but Neon remains the more established specialist in serverless PostgreSQL workflows.

The reliability decision should follow the workload. Choose Neon when elasticity and environment automation reduce operational risk; choose Raff when stable capacity, a fixed HA option, and simpler monthly cost reduce operational risk.

When you should choose Neon over Raff

Choose Neon when:

• You need a free development tier. Neon Free provides $0 projects with compute and storage allowances, while Raff Managed PostgreSQL begins at $7.99 per month.
• Database branching is part of the delivery process. Neon can create isolated copy-on-write branches for pull requests, previews, tests, and developers.
• The database is intermittent. Scale-to-zero can reduce compute cost when the database is idle.
• Traffic changes quickly. Autoscaling can adjust compute within configured bounds without a manual plan change.
• You create many short-lived databases. Neon is designed for programmatic project and branch creation.
• You need a broader cloud-region selection. Neon supports projects across multiple AWS regions and selected Azure regions.
• Your application-generation platform creates databases for users. Neon's Agent and platform programs are designed for high database counts.
• You prefer usage billing. A bursty database can cost less than continuously provisioned capacity when active time stays low.
• Preview environments need production-like data safely. Branching, protected branches, schema-only options, and expiration controls support this workflow.

Neon is especially strong when the database is part of the developer platform rather than only a production dependency. Branching and scale-to-zero can remove substantial environment-management work that a conventional managed database does not attempt to solve.

When you should choose Raff over Neon

Choose Raff Managed PostgreSQL when:

• You want a fixed monthly ceiling. Raff starts at $7.99 per month and publishes the resource allocation for each plan.
• The production database stays active. Continuous workloads do not benefit as much from scale-to-zero.
• You want fewer billing dimensions. Backups, networking, monitoring, pooling, and traffic are included in the database price.
• You want a simple HA price. A synchronous standby and automatic failover add a fixed +70% to the plan.
• Your application already runs on Raff. Private links connect databases to Raff applications with $0 fabric egress.
• You want listed NVMe capacity. Raff plans specify vCPU, RAM, and included NVMe storage.
• You need guided migration. Raff offers engineer-assisted zero-downtime migration at no additional migration fee.
• You prefer standard production environments. Development, staging, and production can use conventional managed clusters without adopting database branching.
• Direct support matters. Raff positions human support and migration help as part of the managed service.

Raff is particularly attractive for small production teams that want PostgreSQL operations handled without turning every compute hour, restore window, branch, and transfer path into a separate forecasting exercise.

For the broader operational decision, read VPS for Databases and Database Backup Strategy for SaaS Apps.

Migrating from Neon to Raff

A Neon-to-Raff migration is a PostgreSQL migration, but the plan must also replace Neon-specific branches, connection endpoints, autoscaling settings, and network controls.

1. Inventory the Neon project. Record the PostgreSQL version, databases, schemas, roles, extensions, branch hierarchy, compute endpoints, pooled and direct connection strings, read replicas, restore window, IP rules, private networking, and logical replication settings.
2. Choose the Raff target. Select the Dev, Production, or Scale plan, confirm required extensions, decide whether high availability is needed, and create TLS, IP allowlist, and private-link settings.
3. Copy the initial database state. For smaller databases, use pg_dump and pg_restore. For active production databases, use logical replication or Raff's guided continuous-replication migration path when the source configuration permits it.
4. Recreate access and integrations. Map roles, rotate credentials, update secrets, replace Neon pooled endpoints with Raff connection details, and recreate monitoring, alerts, scheduled jobs, and network allowlists.
5. Validate production behavior. Compare row counts, constraints, extensions, sequences, indexes, query plans, connection pooling, application writes, background jobs, restore expectations, and application latency from the target region.
6. Cut over and retain rollback. Let replication lag reach zero, pause or coordinate writes, switch the application connection string, verify production traffic, and retain the Neon source until the rollback window closes.

Migration gotchas include:

• A Neon branch does not become a Raff branch automatically; decide which branch represents the production source of truth.
• Preview databases need a replacement workflow, such as separate Raff development clusters or seeded test databases.
• Neon autoscaling and scale-to-zero assumptions must be replaced with a Raff plan sized for steady and peak demand.
• Extension names may match while versions or configuration differ; test every required extension.
• Connection limits and pooling behavior can change after replacing Neon pooled endpoints.
• Logical replication increases network transfer and requires suitable PostgreSQL privileges and configuration.
• Restore-history behavior is not identical; define the required Raff backup and PITR policy before cutover.
• IP allowlists, private endpoints, DNS, and secrets must be updated together.

The safest migration keeps Neon available as a read-only or rollback source until the Raff database has passed application, data, performance, and recovery checks.

About Neon

<a href="https://neon.com/" rel="external nofollow noopener">Neon</a> is a managed serverless PostgreSQL platform that separates compute from storage and provides autoscaling, scale-to-zero, database branching, read replicas, restore history, APIs, CLI tooling, and framework integrations. Its Free, Launch, and Scale plans serve development, production, high-database-count, and enterprise-oriented workloads with different compute, storage, networking, and recovery allowances.

Neon pricing and product details in this comparison were checked against official Neon sources on July 30, 2026. Actual cost depends on CU-hours, database and history storage, branch usage, transfer, support, and the selected restore window.

Conclusion: Neon or Raff?

Neon is the stronger choice for serverless PostgreSQL workflows, while Raff is the stronger choice for fixed managed PostgreSQL plans and predictable production billing.

• Development: Neon offers a $0 Free plan; Raff starts at $7.99 per month.
• Compute: Neon uses autoscaling CU-hours and scale-to-zero; Raff publishes fixed vCPU and RAM plans.
• Workflow: Neon leads on copy-on-write database branching and preview databases; Raff uses conventional managed environments.
• Recovery: Neon sells restore history by plan and usage; Raff includes backups, production PITR, and optional synchronous-standby HA.
• Networking: Neon offers paid-plan transfer allowances and Scale private networking; Raff includes traffic and $0 private-fabric egress to Raff applications.
• Billing: Neon can be efficient for intermittent workloads; Raff is easier to forecast for continuously active production databases.

Choose Neon when database environments should be elastic, programmable, and disposable. Choose Raff when the production database should have stable resources, a clear monthly ceiling, included operations, and a straightforward HA option.

Raff's broader platform supports more than 3,000 customers and 15,000 production VMs, with current public ratings of 4.4/5 on Trustpilot and 4.6/5 on G2. Review Raff Managed PostgreSQL and current pricing before selecting the target plan.