AI agents need data before they can transact 🤖
Financial AI agents can analyze large amounts of information before deciding what action to take.
But when those decisions depend on calculated data, applications need a way to verify that the computation itself was performed correctly.
Imagine an agent calculating the fees recorded by a DeFi protocol over a specific period.
Space and Time's Proof of SQL can generate a cryptographic proof that a supported SQL query was executed correctly against committed data. That result can then be verified by a smart contract or an offchain application.
This creates a verifiable data layer for increasingly autonomous financial applications.
As AI ecosystems like $TAO continue exploring decentralized intelligence, infrastructure such as Space and Time's $SXT network addresses the separate challenge of verifiable data computation.
Space and Time doesn't prove whether an AI agent's reasoning or final decision is correct.
It provides a way to verify the data computation that helped inform it.
#AI #AIAgents
Financial AI agents can analyze large amounts of information before deciding what action to take.
But when those decisions depend on calculated data, applications need a way to verify that the computation itself was performed correctly.
Imagine an agent calculating the fees recorded by a DeFi protocol over a specific period.
Space and Time's Proof of SQL can generate a cryptographic proof that a supported SQL query was executed correctly against committed data. That result can then be verified by a smart contract or an offchain application.
This creates a verifiable data layer for increasingly autonomous financial applications.
As AI ecosystems like $TAO continue exploring decentralized intelligence, infrastructure such as Space and Time's $SXT network addresses the separate challenge of verifiable data computation.
Space and Time doesn't prove whether an AI agent's reasoning or final decision is correct.
It provides a way to verify the data computation that helped inform it.
#AI #AIAgents