Space and Time (SXT) is the native token of SXT Chain, a decentralized HTAP data warehouse that joins on-chain and off-chain data and generates zero-knowledge “Proof of SQL” so smart contracts, AI agents and dApps can consume verifiable analytics. Backed by Microsoft and Binance Labs, SXT lets node operators stake to secure indexing, proof generation and validation, while also acting as the medium for query fees and governance. Supply is fixed at 5 billion, with 1.4 billion circulating.

**Project Name**: Space and Time (SXT Chain)

**Token Symbol**: SXT

**Core Vision**: To solve the limitation of smart contracts in accessing critical data by providing a decentralized database with verifiable SQL queries (Proof of SQL), enabling data-rich smart contracts for a permissionless, trustless, and data-rich digital economy.

**Value Proposition**: Deliver tamperproof, ZK-proven SQL query execution against massive datasets (onchain/offchain), supplementing smart contract compute limitations to power sophisticated cross-chain dapps.

**Analyst's Note**: The project is positioned as a foundational layer for verifiable data processing in Web3, with a focus on bridging the gap between onchain and offchain data. The community and market view it as a critical infrastructure piece for enabling complex, data-driven decentralized applications.

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**Core Architecture**: A three-layer decentralized network consisting of Indexer Nodes (data ingestion), Prover Nodes (query execution and proof generation), and Validator Nodes (consensus and commitment management). The architecture is designed to provide a decentralized database with onchain verification components.

**Consensus Mechanism**: Byzantine Fault Tolerance (BFT) consensus for Validator nodes to threshold-sign data commitments.

**Key Technologies/Innovations**:
1. **Proof of SQL**: A novel ZK circuit for verifiable SQL queries against tamperproof tables.
2. **Cryptographic Commitments (KZG/Nova/Dory)**: Onchain storage of commitments securing unlimited tables without blockchain bloat.
3. **Low-Latency ZK Proving**: Sub-second analytic queries on million-row tables via GPU optimization.

**Analyst's Note**: The technology is described as a significant innovation in the ZK space, specifically tailored for database operations. The use of multiple commitment schemes (Dory, HyperKZG) indicates a focus on flexibility and performance. The protocol's design emphasizes developer familiarity with SQL, reducing the barrier to entry for Web2 developers.

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**Supply Mechanics**: The official documentation does not specify max/total supply or inflation/deflation mechanics. The economic model is designed to be sustainable through network fees rather than token emission.

**Distribution & Vesting**: Specific allocation percentages and vesting schedules are not detailed in the official source. The tokenomics are centered around utility and staking for network security.

**Analyst's Note**: The web information confirms that the tokenomics are activity-driven, relying on query and insertion fees to reward network participants. The absence of detailed emission schedules in the official documentation suggests a focus on a fee-driven model rather than inflationary rewards.

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**Core Members**: Scott Dykstra, Jay White (PhD), Catherine Daly, Ian Joiner (PhD) are listed as the authors of the whitepaper, though specific roles and backgrounds are not detailed in the official summary.

**Advisors/Investors**: The official documentation does not mention advisors or backers. The web information does not provide additional details on team backgrounds or investors.

**Analyst's Note**: The lack of detailed team information in both sources may be a point for further due diligence. The project's credibility currently rests on its technical documentation and whitepaper rather than publicly disclosed team credentials or institutional backing.

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**Completed**: The project has achieved the development and whitepaper release for its Proof of SQL protocol and decentralized network architecture. It has also established integrations with major blockchains like Ethereum, Bitcoin, Polygon, ZKsync, Sui, Avalanche, and Base.

**In Progress/Future Plans**: The project is focused on expanding its network of validators and provers, enhancing the Proof of SQL protocol, and growing its ecosystem of dapps and enterprise users. Future plans include further optimization of ZK proving times and additional chain integrations.

**Analyst's Note**: The web information corroborates the project's ongoing development and market positioning. The emphasis on enterprise adoption and verifiable compute suggests a strategic focus on bridging Web2 and Web3 data processing needs.

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