The essentials
Aurabase: Postgres 16 database dedicated per project, compute never suspended, native RLS, integrated NL2SQL/RAG, infrastructure verified in Germany and Finland. Neon: compute which scales to zero and wakes up on demand, bought by Databricks (American company) in 2025, Copy-on-Write branching useful for development. If your priority is the immediate availability and legal sovereignty of a production backend, the Aurabase architecture directly addresses this need.
A computer that never sleeps
Aurabase provisions a dedicated Postgres 16 database per project, never shared between clients, with no suspended compute to wake up: your backend responds from the first request, at night, on weekends, or after an off-peak period — with no wake-up latency to absorb.
Neon is based on an architecture that separates compute and storage and puts the compute to sleep due to inactivity to reduce the bill. It's a consistent choice for a development or testing environment that sits idle most of the time — but each wake-up introduces resume latency that your first user of the morning directly absorbs.
The question that branching doesn't answer: where is your parent company?
Neon was acquired by Databricks, an American company, in 2025. An American parent company remains exposed to the CLOUD Act regardless of the region where your data physically runs — a legal mechanism independent of the geography of the server.
Aurabase SAS is a company incorporated under French law, with a verified production infrastructure entirely in the EU (Nuremberg, Falkenstein, Helsinki via Hetzner). No region box to check to compensate after the fact: the nationality of the supplier and the location of the data point in the same direction from the start.
Read the full article: why provider nationality matters more than server region
What Neon does better — and why it's not enough in production
Neon's Copy-on-Write branching creates an isolated Postgres instance in less than a second from a shared parent — a real win for a pull request preview environment. Aurabase has no equivalent to date.
But a production backend is not just about disposable branches: it needs native RLS for multi-tenant isolation, native NL2SQL for AI functionalities, and availability that does not depend on a wake-up of compute. This is where the Aurabase architecture — permanently dedicated Postgres, RLS and native AI in the same core — meets a need that branching alone does not cover.
Native search and analytics: a narrow differentiator, not a complete platform
Xata adds full-text search, vector search and analytics (via pg_cron and materialized views) directly to Postgres, to avoid assembling a separate OLAP stack. This is a technical niche positioning, not a complete BaaS: no integrated auth, no real time, no edge functions.
Aurabase natively covers pgvector, RAG and NL2SQL — broader than Xata search/analytics — in a platform that also includes auth, storage, real-time and Rust/WASM edge functions. See our RAG pipeline tutorial with pgvector.
What distinguishes the three architectures
| Availability | Dedicated computing, never suspended | Compute suspended by inactivity (Neon) |
|---|---|---|
| Parent company | Aurabase SAS, French law | Databricks, American law (Neon) |
| Branching | No equivalent to date | Copy-on-Write in less than a second (Neon) |
| Native AI | pgvector + RAG + NL2SQL integrated | Vector search + analytics (Xata) |
| Platform | Auth, DB, realtime, storage, edge, AI | Database only (Neon, Xata) |