A Neon database alternative that goes beyond the database
Neon is excellent serverless Postgres, and deliberately nothing else. Scalix is serverless Postgres inside a platform: the same database beside containers, functions, storage, auth and AI inference, behind one API key and one bill. Which Neon alternative makes sense depends on whether your database is the whole problem or one part of it.
Claims about Neon on this page come from their own documentation, cited inline. Where Neon is ahead, including their branching mechanism, the row says so plainly.
Where the differences are real.
Serverless Postgres, deliberately database-only: separated storage and compute, autoscaling, and branching as the flagship feature.
A cloud platform written as one system, where serverless Postgres sits beside containers, functions, storage, auth and AI inference behind one key and one bill.
Copy-on-write branches that are effectively instant regardless of database size. This is Neon’s flagship capability and it is genuinely ahead of ours.
Restore-based branches: built from the parent’s backup to a chosen point in time, fully isolated, with their own scoped token and a TTL so scratch branches expire on their own.
Idle databases suspend and stop billing compute; they wake on the next connection.
The same, as a consequence of acquiring compute per connection. The behaviour extends past the database: services on Scalix Run scale to zero on the same principle.
Out of scope by design. Compute, storage, auth and inference come from other vendors in your stack.
Containers with stable URLs and rollbacks, serverless functions, object storage, app auth, first-party inference and persistent Linux machines with real ssh, on the same key as the database.
Ships an official MCP server scoped to database and project operations.
MCP spans the platform: deploy and roll back services, run queries and migrations, branch databases, manage storage, domains and usage, with destructive SQL held behind a confirmation step.
Acquired by Databricks in 2025: substantial resources, with the roadmap now part of a large data-platform vendor.
Independent and founder-owned, operated by EU and Indian companies with no US parent. Smaller, and answerable to users rather than a parent platform.
Many regions across major public clouds, and years of production operation at scale.
One EU region today on dedicated infrastructure we operate, India next, launched publicly this year by a two-engineer team. On coverage and track record, Neon is ahead.
Runs on US hyperscaler infrastructure under a US parent company, with regions in several jurisdictions.
Dedicated European infrastructure operated by our own EU entity, India next under the Indian entity, and a model built to run Scalix regions inside partner data centres.
Choose Neon if
- You branch large databases frequently: copy-on-write branching at any size is their flagship for a reason.
- You need a specific region today; their coverage is far wider than ours.
- You want a database-only vendor and are happy composing the rest of your stack yourself.
- Years of production history at scale matter more to you than platform integration.
Choose Scalix if
- You want the stack around the database on the same key: containers, functions, storage, auth and inference.
- An AI agent operates your infrastructure and needs the whole control plane over MCP, with approvals on destructive actions.
- Data residency and operator sovereignty drive the decision: EU-operated infrastructure, no US parent.
- Postgres 18 matters to you: we run 16, 17 and 18, pinned for the life of each database.
- You would rather deal with the two engineers who built the system than a ticket queue.
Asked and answered straight.
Is Scalix a Neon database alternative?
For serverless Postgres, yes: both give you a Postgres database that scales to zero when idle and bills nothing for compute while paused. The difference is what surrounds the database. Neon is deliberately database-only. Scalix puts the same database next to containers, serverless functions, object storage, auth and AI inference, behind one API key and one usage ledger, so the stack around your database does not become four more vendors.
Does Scalix have database branching like Neon?
Yes, with a different mechanism, and Neon deserves the credit for theirs. Neon branches are copy-on-write and effectively instant regardless of database size; that is their flagship feature and it is genuinely good. A Scalix branch is built by restoring the parent’s backup to a chosen point in time, so it carries real data, runs fully isolated with its own scoped token, and expires on a TTL so scratch branches clean themselves up. For handing an agent a safe copy to experiment on, both work; for very large databases branched frequently, Neon’s mechanism is faster.
Do both platforms scale to zero?
Yes. On both, an idle database stops billing for compute and wakes on the next connection. On Scalix this falls out of the architecture: compute is acquired per connection and released after, and the same scale-to-zero behaviour applies to the rest of the platform, including services deployed on Scalix Run.
What does Scalix offer beyond the database?
The rest of the stack an application or an AI agent needs: containers with stable URLs and rollbacks, serverless functions, object storage, first-party AI inference, app auth, DNS, and persistent Linux machines with real ssh. One API key authorizes all of it and one bill meters it. With Neon you get a very good database and compose the rest from other vendors.
Who owns each company, and does it matter?
Neon was acquired by Databricks in 2025, which brings resources and also ties the roadmap to a large platform vendor. Scalix is independent and founder-owned, operated by EU and Indian companies with no US parent. If vendor independence or data sovereignty is part of your calculus, that difference is material; if it is not, judge the products on their merits.
Which has more regions?
Neon, clearly. Neon offers many regions across major public clouds. Scalix runs one EU region today on dedicated infrastructure we operate, with India next. If you need low latency in a specific market this quarter, that is a reason to pick Neon, and we would rather say so than have you discover it after signing up.
Which PostgreSQL versions does Scalix support?
PostgreSQL 16, 17 and 18, chosen at creation and fixed for the life of the database. That pinning is deliberate: branches and point-in-time restores always replay WAL on the major that wrote it, so the recovery window never silently truncates at an upgrade boundary.
How do I migrate from Neon to Scalix?
Both sides speak the standard Postgres wire protocol, so it is ordinary tooling: pg_dump and pg_restore over a TLS DSN, or logical replication if you want a short cutover window. No proprietary formats are involved on either side.
Serverless Postgres, plus the rest of the stack.
Postgres 16, 17 or 18 with branching and point-in-time recovery, next to the compute, storage and inference your application needs. No card to start.
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