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The landscape

Database AI: An Honest Map Of What Works

Four jobs are genuinely solved, two are getting there, and one is oversold. Knowing which is which saves a quarter.

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What is database AI?

Database AI is the application of language models to database work: generating SQL from plain English, explaining existing queries, diagnosing slow ones from their execution plans, and making a large schema navigable. It is most reliable where the model is grounded in a live schema and its output can be checked, and least reliable where it is asked to make irreversible changes.

What works well today

These have a property in common: the output is verifiable in seconds, and being wrong costs you a retry rather than an incident.

  • Query generation from a grounded schema. Reliable enough to be the default way to ask an ad-hoc question.
  • Explaining SQL. Strong, because the query is fully specified — nothing has to be inferred about intent.
  • Reading execution plans. The plan is dense structured output and the interpretation rules are well established. This is close to a solved problem.
  • Navigating a large schema. "Which table holds subscription state?" is retrieval, and retrieval is mature.

What is getting there

Multi-step analytical reasoning — questions that need three queries and a judgement between them — works when each step is checkable and degrades when the chain gets long. Schema design suggestions are useful as a second opinion and poor as an authority, because the right normalisation depends on a workload the model cannot see.

What is oversold

Autonomous write operations. The pitch is an agent that applies the migration, adds the index and fixes the data. The problem is not capability, it is that a database write has no undo and the failure mode is unbounded — a bad SELECT wastes a minute, a bad UPDATE is an incident with a recovery time. Until verification is cheaper than the damage, this stays a bad trade, which is why SQLore has no write path at all rather than a write path with a confirmation dialog.

The pattern under all of it

Database AI works where output is cheap to check and errors are cheap to absorb. That is not a limitation of the current generation of models — it is the shape of the problem, and it is why "show the query with every answer" is a design decision that outranks any amount of accuracy tuning.

Frequently asked questions

Will database AI replace analysts and DBAs?

It removes the ad-hoc query queue, which is the least valuable part of both jobs. Deciding what to measure, knowing which numbers are trustworthy, and owning the schema are not query-writing tasks, and nothing about the current technology touches them.

Can AI design a database schema?

It can produce a reasonable starting point and useful critique of an existing one. It cannot make the trade-offs that matter, because normalisation, indexing and partitioning decisions depend on a read/write workload that is not visible in the schema.

Should AI be allowed to write to a database?

Not without human review of the specific statement. The asymmetry is the argument: a wrong read costs a retry, a wrong write costs a restore. SQLore takes the strong version of this position — generated SQL is validated to a single read-only SELECT, so there is no write path to gate.

More answers on the main FAQ, or ask us directly.

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