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#sxt $SXT @SpaceandTime Space and Time (SXT) is quietly building the data layer that AI agents and on-chain applications need 🤖

Most blockchains can settle value, but they still struggle to answer simple questions about historical data: “What has this liquidity pool’s volume been over the last 30 days?” or “Has this vault ever lost more than 20% of its value?” Smart contracts and AI agents can’t rely on a conventional database, and they can’t store huge datasets on-chain either.

Space and Time solves this with Proof of SQL: a ZK coprocessor that runs SQL queries off-chain and returns both the result and a cryptographic proof that the answer is correct and hasn’t been tampered with. The proof is cheap to verify on-chain. The heavy computation happens off-chain.

This is useful in three areas:
🔹 AI agents: An agent can check real liquidity, historical drawdowns, or exposure limits before moving capital—and prove that it did so correctly.
🔹 Tokenization: Tokenized assets or real-world assets (RWAs) can access verified off-chain data (ownership records, cash flows, audits) without relying on a single intermediary.
🔹 DeFi: Protocols can build more comprehensive risk engines and dynamic parameters using historical and cross-chain data that can actually be verified.

Backed by Microsoft’s M12, Space and Time has also launched an enterprise version so companies can prove computations over private data without exposing the underlying records. The same proof technology serving DeFi now also applies to institutional workflows.

#sxt [ ](https://www.binance.com/square/hashtag/sxt)$SXT @SpaceandTime Space and Time (SXT) is quietly building the data layer that AI agents and on-chain applications need 🤖

Most blockchains can settle value, but they still struggle to answer simple questions about history: “What has this liquidity pool’s volume been over the last 30 days?” or “Has this vault ever lost more than 20% of its value?” Smart contracts and AI agents can’t rely on a conventional database, and they can’t store huge datasets on-chain either.

Space and Time solves this with Proof of SQL: a ZK coprocessor that runs SQL queries off-chain and returns both the result and a cryptographic proof that the answer is correct and hasn’t been tampered with. The proof is cheap to verify on-chain. The heavy computation happens off-chain.

This is useful in three areas:
🔹 AI agents: An agent can check real liquidity, historical drawdowns, or exposure limits before moving capital—and prove that it did so correctly.
🔹 Tokenization: Tokenized assets or real-world assets (RWAs) can access verified off-chain data (ownership records, cash flows, audits) without trusting a single intermediary.
🔹 DeFi: Protocols can build more comprehensive risk engines and dynamic parameters using historical, cross-chain data that can actually be verified.

Backed by Microsoft’s M12, Space and Time has also launched an enterprise version so companies can prove computations on private data without exposing the underlying records. The same proof technology that serves DeFi now also supports institutional workflows.