A New Standard for Trustless Data
For decentralized apps, smart contracts, and AI systems, reliable data isn’t just important—it’s everything. Yet most data pipelines still depend on centralized sources that can be tampered with or fail. Space and Time (SXT) was built to fix that.
This decentralized data platform bridges the gap between the speed and scale of Web2 systems and the transparency of Web3. Backed by Microsoft and designed for multichain use, Space and Time lets developers query, verify, and use data without needing to trust a middleman.
What Makes Space and Time Different?
At its core, Space and Time lets developers run SQL queries on off-chain datasets—then prove, cryptographically, that those queries were executed honestly. It does this through Proof of SQL, a zero-knowledge (ZK) protocol that guarantees the results haven’t been altered.
Here’s how its key components come together:
- Proof of SQL: The cryptographic backbone that verifies off-chain queries and pushes verifiable results on-chain.
- Decentralized Data Warehouse: A distributed storage and compute system that ingests data from blockchains, APIs, and enterprise sources.
- Multichain Support: Currently compatible with Ethereum and Base, with more networks on the roadmap.
- Node Network: Independent operators validate and execute queries, ensuring transparency and resilience.
This setup gives smart contracts and AI agents direct access to trustworthy data at scale—something traditional blockchains struggle with due to on-chain storage limits.
How It Works in Practice
Proof of SQL acts as a verification engine. When a query runs on external data, it generates a zero-knowledge proof confirming that the output matches the input dataset exactly. That proof is then sent to the blockchain, where it can trigger smart contracts or be used for audits.
Developers can feed in data from anywhere—public blockchains, private APIs, or corporate databases—and control who can access what. Since everything runs through a decentralized SQL layer, the system feels familiar to traditional developers while staying cryptographically secure.
Space and Time’s contracts are already live:
- Ethereum: 0xE6Bfd33F52d82Ccb5b37E16D3dD81f9FFDAbB195
- Base: 0xA2c22252cDc8b7cDdEe1B0b2E242818509fCf7b8
This makes it easy for any DApp to verify off-chain query results, no matter where the data originated.
Real-World Use Cases
- DeFi analytics: Track trading volumes, liquidity, and total value locked with verifiable accuracy.
- AI decision-making: Feed models with tamperproof, on-chain verified data.
- Enterprise compliance: Generate audit trails and financial reports backed by cryptographic proof.
Inside the SXT Token
SXT powers the Space and Time ecosystem. It’s used for payments, staking, governance, and network rewards.
- Total supply: 5,000,000,000 SXT
- Initial circulating supply: 1.4 billion (28%)
- Launchpool rewards: 125 million (2.5%)
- Marketing allocations: 25 million post-listing, 50 million six months later
Validators stake SXT to process and verify queries, while developers spend it to access data and compute. Holders also vote on governance proposals shaping the network’s evolution.
SXT’s Binance Launchpool Debut
On May 5, 2025, Binance introduced SXT as its 69th Launchpool project. Users who staked BNB, FDUSD, or USDC earned SXT rewards from a 125 million token pool—about 2.5% of total supply. After the farming phase, SXT launched for trading with the Seed Tag, paired with USDT, USDC, BNB, FDUSD, and TRY.
The Bigger Picture
Space and Time is redefining how data and smart contracts interact. By merging zero-knowledge proofs with familiar SQL workflows, it offers developers a way to build scalable, transparent applications across multiple chains.
With Microsoft’s backing and a growing node network, SXT is positioning itself as a cornerstone of verifiable data infrastructure in Web3—bridging AI, DeFi, and enterprise systems through cryptographic trust.
