#sxt $SXT Space and Time ($SXT ): Why Proving Data Is Correct Matters
I used to think Web3’s biggest challenges included getting reliable data. But while researching Space and Time ($SXT), I started asking: how can we know that the data used by an application is correct?
One feature I noticed is Proof of SQL. At first, I thought it was mainly a way to search blockchain data. But its value goes further. It is not just about getting an answer from a database. It is also about proving that the answer was calculated correctly.
Normally, when an SQL query is completed, a database gives you a result. You have to trust that the calculations are right. This can be a problem when applications use that information to make decisions.
Space and Time takes a different approach. A Prover node runs the SQL query and creates a cryptographic proof. Another system can check this proof to confirm the calculation was done correctly, without repeating the process.
I find this useful for AI agents, (DeFi) applications, and tokenized assets. An AI agent may use blockchain data to make a decision. Getting data is helpful, but verifying the calculation can make that decision more trustworthy.
Remember: proving that a calculation is correct does not prove that the original data is accurate. Data quality still matters.
This makes Proof of SQL interesting. It aims to make data not only easy to access, but also possible to verify.
Could data verification become as important as data access in the future of Web3?
#SXT #sxt $SXT @SpaceandTime
I used to think Web3’s biggest challenges included getting reliable data. But while researching Space and Time ($SXT), I started asking: how can we know that the data used by an application is correct?
One feature I noticed is Proof of SQL. At first, I thought it was mainly a way to search blockchain data. But its value goes further. It is not just about getting an answer from a database. It is also about proving that the answer was calculated correctly.
Normally, when an SQL query is completed, a database gives you a result. You have to trust that the calculations are right. This can be a problem when applications use that information to make decisions.
Space and Time takes a different approach. A Prover node runs the SQL query and creates a cryptographic proof. Another system can check this proof to confirm the calculation was done correctly, without repeating the process.
I find this useful for AI agents, (DeFi) applications, and tokenized assets. An AI agent may use blockchain data to make a decision. Getting data is helpful, but verifying the calculation can make that decision more trustworthy.
Remember: proving that a calculation is correct does not prove that the original data is accurate. Data quality still matters.
This makes Proof of SQL interesting. It aims to make data not only easy to access, but also possible to verify.
Could data verification become as important as data access in the future of Web3?
#SXT #sxt $SXT @SpaceandTime
