#sxt $SXT @SpaceandTime AI Integration and Infrastructure Deep Dive
Decentralized applications are growing fast. Need strong systems that can manage a lot of computing power. That is why @SpaceandTime is working on the generation of Web3 data. In its story Space and Time provides data that can be proven true for AI, tokenization and DeFi. Today most blockchains act like record books that hold a lot of limits. These limits cause the record books to become very large and they cannot handle the tasks required by modern artificial intelligence. Normal zero‑knowledge methods also have trouble in this area. They do not scale well for data tasks and often take many minutes to create proofs for transaction histories.
Space and Time removes this problem by acting as a new query helper for smart contracts. By putting a strong data collection layer with a decentralized database plan, Space and Time lets developers move heavy computing tasks to it. Using the networks Proof of SQL protocol prover nodes can manage large query work and create ZK proofs on tables with a million rows in less than a second using only one NVIDIA GPU.
Now AI models can run on data that's fully tamper‑proof and guaranteed by cryptography without needing big Web2 servers. Decentralized indexer nodes read all of the data from well‑known chains such as Ethereum and Bitcoin. They then convert that data, into an organized relational database. The system uses the $SXT token by default. It protects validator nodes that are run by the community. These nodes keep threshold‑signed commitments instead of the raw data. For developers who are building the wave of decentralized AI, Space and Time gives the missing query layer in Web3. #SXT
Decentralized applications are growing fast. Need strong systems that can manage a lot of computing power. That is why @SpaceandTime is working on the generation of Web3 data. In its story Space and Time provides data that can be proven true for AI, tokenization and DeFi. Today most blockchains act like record books that hold a lot of limits. These limits cause the record books to become very large and they cannot handle the tasks required by modern artificial intelligence. Normal zero‑knowledge methods also have trouble in this area. They do not scale well for data tasks and often take many minutes to create proofs for transaction histories.
Space and Time removes this problem by acting as a new query helper for smart contracts. By putting a strong data collection layer with a decentralized database plan, Space and Time lets developers move heavy computing tasks to it. Using the networks Proof of SQL protocol prover nodes can manage large query work and create ZK proofs on tables with a million rows in less than a second using only one NVIDIA GPU.
Now AI models can run on data that's fully tamper‑proof and guaranteed by cryptography without needing big Web2 servers. Decentralized indexer nodes read all of the data from well‑known chains such as Ethereum and Bitcoin. They then convert that data, into an organized relational database. The system uses the $SXT token by default. It protects validator nodes that are run by the community. These nodes keep threshold‑signed commitments instead of the raw data. For developers who are building the wave of decentralized AI, Space and Time gives the missing query layer in Web3. #SXT
