Tokenized Assets & Stablecoins
Connect offchain asset data with onchain activity to power more sophisticated tokenized assets onchain.
Verifiable onchain + offchain data
Onchain data is automatically written to Space and Time, which stores an entire copy of the chain, including all transactions and smart contract event logs. Asset data remains in your existing database, verified by Space and Time with a simple integration.
Secured by zero-knowledge proofs
Space and Time’s novel ZK proof for SQL verifies the query and the underlying data are tamperproof, and relays it to the contract, providing a unified view of data from all sources that the contract can trust and verify to execute actions onchain.
DeFi & Lending
Supercharge your DeFi protocol with historical onchain activity. ZK-proven and trsutless.
Historical user activity
DeFi protocols typically see only a snapshot of a user’s current onchain state. With Space and Time, DeFi applications can query a user’s full historical activity across wallets, protocols, and markets, including past borrowing, repayment, liquidations, and usage patterns.
Cross-protocol credit context
User behavior is spread across many chains and applications. Space and Time allows protocols to aggregate historical data from multiple sources into a single, verifiable view, providing a more complete picture of risk than any single protocol can offer on its own.
Verifiable risk models
Risk models often rely on assumptions because underlying data cannot be independently verified. Space and Time enables protocols to run complex historical queries and prove the results onchain, allowing contracts to enforce risk parameters using data they can trust.
Dynamic lending terms
Access to historical data makes it possible to move beyond one-size-fits-all lending. Protocols can adjust collateral requirements, interest rates, and limits based on proven user behavior over time, while keeping all decisions verifiable and transparent.
Verifiable Onchain Rewards
Programmatic distributions driven by verified activity.
Activity-based distributions for protocols
Protocols often need to distribute tokens based on real user behavior, such as usage over time, participation across applications, or offchain activity. Space and Time allows protocols to define complex eligibility criteria using historical onchain and offchain data, verify the results, and execute distributions transparently without relying on snapshots or manual processes.
Programmatic distributions for stablecoin ecosystems
In some jurisdictions, stablecoin issuers are restricted from embedding interest or returns directly into the asset. Space and Time enables ecosystem-level distribution programs that operate independently of the stablecoin contract, using verifiable data and decentralized execution to support participation-based or usage-based distributions while maintaining separation from the stablecoin itself.
Indexing for L1s & L2s
Bring your data to your ecosystem.
Fully decoded chain data
Most indexing solutions expose raw logs and events that developers still need to interpret. Space and Time fully decodes transactions, state changes, and contract events into structured, queryable data, giving builders immediate access to usable chain history without additional parsing or transformation.
Custom decoding for application contracts
As ecosystems grow, standard indexing is not enough. Space and Time allows chains to support custom decoding and indexing for application-specific smart contracts, enabling developers to define schemas that reflect real application logic rather than generic event logs.
Data infrastructure for your ecosystem
Space and Time is designed as a dedicated data solution for L1 and L2 ecosystems. Chains can offer fast, reliable access to historical and decoded data while retaining control over performance, scale, and developer experience, helping attract and support more production-grade applications.
Onchain App Development
Everything you need to build sophisticated smart contracts.
Historical contract state
Smart contracts typically operate on current state with little context about how that state was reached. Space and Time allows developers to query and verify historical contract state, enabling applications to make decisions based on long-term behavior rather than a single block or snapshot.
Cross-application data access
Application logic often depends on data that lives across multiple contracts and protocols. Space and Time enables developers to query historical data across applications and chains, allowing smart contracts to reason about broader ecosystem activity without relying on bespoke indexing pipelines.
Data-Driven Contract Logic
With access to verifiable historical data, smart contracts can move beyond static rules. Developers can design logic that adapts based on proven usage, participation, or past outcomes, while keeping execution deterministic and verifiable onchain.
Blockchain Data Analytics
Analytics on fully decoded blockchain data.
Protocol and application dashboards
Teams can use Space and Time Studio or Dreamspace to AI generate dashboards that track protocol activity, usage, and performance over time. Because the data is fully indexed and decoded, analytics can span full chain history and application-specific events without relying on prebuilt schemas or third-party snapshots.
Verifiable metrics and reporting
Analytics are often used to inform decisions, governance, and public reporting, yet the underlying data is rarely verifiable. Space and Time enables teams to generate metrics from historical queries and, when needed, prove the results onchain, providing greater confidence in dashboards shared with users, partners, or the broader ecosystem.
Historical Data for Smart Contracts
Query and verify past onchain behavior.
Long-term state awareness
Smart contracts typically execute using only current state, with no visibility into how that state evolved over time. Space and Time allows contracts to reference verified historical data, enabling logic that considers past actions, patterns, or thresholds rather than relying on single-block snapshots.
Proven historical conditions
Many contract designs require confidence that historical conditions were met, such as sustained activity, prior ownership, or behavior over time. Space and Time enables developers to query historical data and prove the results onchain, allowing contracts to enforce rules based on verifiable past events.
Your Onchain Use Case
More ways to use Space and Time.
Gaming/NFTs
Progression, ownership history, and eligibility in games and NFT ecosystems often depend on past activity. Historical onchain data enables mechanics like earned access, evolving assets, and reputation-based experiences without relying on centralized servers.
Prediction markets
Prediction markets rely on accurate historical data to set parameters, resolve outcomes, and evaluate participant behavior. Access to verifiable past market activity and external data improves market design and settlement logic.
Options & structured products
More advanced financial products require historical price behavior, volatility, and usage data. Space and Time enables contracts to reference and verify this history, supporting more sophisticated derivatives without relying on opaque offchain calculations.
Insurance & coverage markets
Insurance mechanisms depend on historical events, claims, and risk patterns. Verifiable historical data allows coverage terms, pricing, and payouts to be based on provable past conditions rather than assumptions or manual review.
Governance & DAO operations
Governance decisions are often based on snapshots that miss long-term participation. Historical data enables voting power, eligibility, and delegation to reflect sustained involvement rather than momentary balances.
Compliance & audits
Some use cases fall outside core finance but still require reliable records. Historical data supports audits, disclosures, and reporting workflows where accuracy and traceability matter more than real-time execution.
