Space and Time (SxT) is the verifiable compute layer that scales zero-knowledge proofs on a decentralized data warehouse to deliver trustless data processing to smart contracts, LLMs, and enterprises. Space and Time joins indexed blockchain data from major chains with offchain datasets. Proof of SQL, the novel ZK-proof developed by Space and Time, ensures tamperproof computations at scale and proves that query results haven’t been manipulated. Space and Time is trusted by the most prominent financial institutions, enterprises, and Web3 apps.
The core of the Space and Time platform is a hybrid transactional/analytic (HTAP) data warehouse that provides row-based OLTP in-memory cache with extreme throughput and column-based GPU-accelerated OLAP with elastic scale-out. SxT powers applications, dashboards, ML, and data science in a single decentralized environment, making it easier, faster, and cheaper for you to build in Web3.
SxT comes preloaded with blockchain data indexed from major chains, including Ethereum, Bitcoin, zkSync, Polygon, Sui, Avalanche, Sei, and Aptos and lets you join it with your own offchain datasets loaded from your database, data warehouse, object storage, applications, or game servers. You can flexibly transform your data, execute ad hoc queries, and publish query results to a new API endpoint to power low-latency API access for your dapps.
Proof of SQL is the novel ZK-proof that guarantees that each query run in SxT is accurate, and that both the query and the underlying data are verifiably tamperproof. With SxT, your smart contract can ask questions about data on its own chain, data on other chains, and offchain data loaded from any source in a trustless and cryptographically guaranteed way.
Learn more at http://spaceandtime.io
Docs: http://docs.spaceandtime.io
GitHub: http://github.com/spaceandtimelabs
Twitter: http://twitter.com/spaceandtimedb
