Build smarter with
Verifiable Databases
Provably enables blockchains, databases and AI to create and exchange verifiable data.

Balances and analytics that users can verify in their wallet.
Trusted by
The problem
Data now flows between blockchains, databases and AI agents. Nobody can check that it's real.

What you get
Data that proves itself. Wherever it goes, whoever reads it.

Under the hood
A new prover for big data. Small, fast proofs, without SNARKs.

To verify a proof, for most workloads. Pick a table size to see the measured time.

Proof size, at most 5 KB, however big the data.

Rows in a single verifiable query.

Of SQL. No circuits to write, nothing to compile.
Use cases
Blockchains, databases and AI. Anywhere data has to be trusted.

- On-chain data queried hundreds of times
- Trusted results without indexers
- Nodes earn on queries through gas fees
FAQ
Questions, answered. And anything else, just ask.
They prove to partners and remote systems that your data and query results are correct. Each proof covers where the data came from, how it changed and that the query ran correctly: cryptographic guarantees instead of assumptions. So you can work with people you don't fully trust without contracts or manual audits.
Blog
From the blog. Notes from the team.

4 Mar 2026
Provably V2 is Live
Provably V2 is now live and available for anyone to access and use. Allows users to connect to Relation DBs, comes with an SQL IDE to run verifiable queries at speed.

20 Oct 2025
Provably V2 & QEDB: Verifiable Databases Without SNARKs
Provably’s new protocol, QEDB, introduces a faster, simpler way to verify database queries without SNARKs. Built on specialized cryptographic data structures, QEDB supports complex SQL queries, scales to millions of rows, and produces constant-size proofs under 1 KB.

12 Nov 2024
Provably V1.3 Alpha - Verifiable Analytics Network is Here
Provably V1.3 is live! This release marks the debut of the Verifiable Analytics Network, connecting Data Owners with Insight Seekers as well as expanded SQL aggregation support.
