Directory/Space and Time Foundation
Space and Time Foundation

Space and Time Foundation

Category
  • Infrastructure Providers
Use Cases
  • Asset Tokenization
  • Trading and Swapping
  • Treasury Management
Blockchains Supported
  • Arbitrum
  • Avalanche
  • Base
  • Celo
  • Ethereum
On/Off-Ramps
  • No
Platform
  • Web
Region
  • APAC
  • Europe
  • LATAM
  • Middle East and Africa
  • North America
Country
  • United States
Support
Alejandro Lanaspa

Data blockchain and ZK coprocessor enabling trustless queries against onchain and off-chain data.

Space and Time is the data blockchain securing onchain finance. Backed by Microsoft's Venture Fund M12, Space and Time connects real-world data to onchain systems to power tokenized assets, stablecoins, institutional markets, and DeFi.

Onchain finance runs on data: reserve composition, transaction history, asset performance, user eligibility, cross-chain flows. Today, most of that data lives in centralized databases, periodic attestations, and trusted intermediaries that institutions and regulators have to take on faith. Space and Time changes that by making the data itself verifiable with cryptographic proofs any party can independently check.

Stablecoin issuers use Space and Time to power activity-based rewards programs, prove reserve backing in real time, and run compliance logic directly in smart contracts. Tokenized asset platforms use the same infrastructure to deliver tamperproof transparency over collateral, performance, and investor activity. Institutional platforms in lending, capital markets, and structured finance use it to compute risk, eligibility, and analytics with proofs that hold up to audit and regulatory scrutiny.

Powering this is Proof of SQL, a ZK coprocessor that lets smart contracts and applications query datasets at scale and receive cryptographic proofs that the results are correct, with proofs settling on SXT Chain, a purpose-built L1.

Use Cases

ZK-Proven Data For Smart Contracts

Proof of SQL allows smart contracts to query indexed onchain activity, wallet histories, cross-chain flows, and off-chain datasets with cryptographic guarantees. This enables sophisticated onchain logic such as risk scoring, KYC/AML eligibility checks, credit assessments, and analytics-driven automation without relying on centralized backends or trusted oracles. Developers can build applications that consume verified data at scale, with every computation provable and auditable.

Verifiable User Rewards

Protocols can power loyalty and rewards programs based on historical usage, holding patterns, cross-chain activity, or any other user behavior captured onchain. SXT's ZK proofs help support reward eligibility and distribution logic that is tamper-resistant and auditable, reducing the need to trust centralized analytics providers. This is particularly useful for stablecoin-native applications driving engagement, retention, and cross-chain use.

Verifiable Cross-Chain Analytics

SXT indexes stablecoin activity, including transfers, burns, mints, and cross-chain protocol events, across all major EVM networks. Builders, protocols, and institutions can run verifiable analytical queries over this unified dataset, enabling use cases like cross-chain volume tracking, holder segmentation, liquidity analysis, and compliance monitoring. All results are delivered with ZK proofs that help support data integrity.

Verifiable Data For Tokenized Assets

RWA platforms and tokenized asset issuers can leverage SXT Chain and Proof of SQL to provide verifiable, institutional-grade transparency over asset performance, collateral composition, and investor-level activity. This unlocks compliant, auditable primitives for tokenized treasuries, credit products, and capital markets applications, where both regulators and allocators require provable data integrity.

Verifiable Risk & Credit Scoring

DeFi protocols, lending platforms, and undercollateralized credit markets can use Proof of SQL to compute wallet-level risk scores based on historical onchain behavior across multiple chains. Scores are generated with ZK proofs, allowing protocols to adjust collateral requirements, interest rates, or access to credit based on verifiable user reputation without exposing raw user data or relying on centralized scoring providers.

Trustless Proof of Reserves

Stablecoin issuers, custodians, and treasury managers can use SXT to produce backing asset proofs in a cryptographically verifiable way. Instead of relying on periodic, manual attestations, Proof of SQL enables ZK-verified proofs that backing reserves correspond with circulating supply in near real time, across multiple chains and custodians. This is a meaningful upgrade as institutional stablecoin adoption scales and regulatory scrutiny on reserve transparency grows, providing auditors, regulators, and end users with live, tamper-resistant assurance.

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