Bridge off-chain real-world assets and on-chain smart contracts, providing end-to-end trusted data connection for RWA tokenization.
Blockchain's deterministic design naturally isolates it from the external world, preventing on-chain smart contracts from actively obtaining off-chain data. RWA Oracle implements data collection, verification, consensus and transmission mechanisms to 'translate' critical information about real-world assets into on-chain-recognizable formats, enabling trusted on-chain and off-chain data interaction.
Multi-source channels including APIs, IoT sensors, government databases, and third-party assessment institutions
Decentralized node network cross-verification, removing outliers
Encrypted signatures, hash notarization, secure transmission to on-chain
Ensure on-chain token value dynamically synchronizes with fair market value of real-world assets. For example, DeFi protocols tokenizing US Treasury bonds use Oracle to obtain real-time bond prices and calculate collateral ratios.
Real-time reflection of legal status and operational data of off-chain assets. Real estate tokenization platforms use Oracle to sync property rights changes and rental income, ensuring on-chain and off-chain consistency.
Connect authoritative legal and government databases, ensuring on-chain asset status aligns with legal facts. Propy platform uses Oracle to integrate government property registration data, achieving legal closure.
From data collection to on-chain execution, every step is verifiable
IoT / Financial API / Government Registration / Assessment Reports
Multi-node cross-verification · Median aggregation · Reputation scoring
Federated Learning · Zero-Knowledge Proof · zkTLS
Ethereum / Solana / Changan Chain / Cross-chain Router
Critical business data real-time push (latency < 3 seconds), non-real-time data batch on-chain (daily scheduled), 60% reduction in Gas costs.
Why is Ancorion Oracle the next-generation infrastructure built for RWA?
★ Represents Ancorion Oracle's unique advantages. Data source: Official documentation and Messari Research Report (2025).
Using the Plonk proof system, single verification Gas costs reduced 62%, proof generation speed improved 4x. Transform private Web2 data into verifiable on-chain assets via zkTLS, meeting GDPR, CCPA, Hong Kong PDPO and world's strictest data regulations.
Graph Neural Network (GNN)-based anomaly detection engine, pre-trained on 120M real-world data points, 99.5% accuracy, 200x efficiency improvement over manual review. Real-time monitoring of data source deviations, device failures, malicious attacks, automatically triggering alerts or rejecting on-chain.
Single integration, multi-chain deployment, breaking asset silos
ERC-3643 / ERC-3525 RWA Standards
High throughput, suitable for high-frequency trading
Domestic consortium chain, data sovereignty compliant
Layer2 low-cost scaling
Enterprise-grade private data control
CCMP enabling seamless asset migration
Multi-source aggregation + error rate control (auto-pause if variance > 2%)
Median/weighted average filtering outliers + logical validation
Edge nodes local processing + high-frequency push (< 3 seconds)
Decentralized node network + post-quantum cryptography + dynamic circuit breaker
Zero-Knowledge Proof (ZKP) + TEE hardware-level security