Solution: Introducing Canary Nest Oracle

Built for Institutions. Designed for the Future of Real-World Assets.

The Canary Nest Oracle in the figure above demonstrate how much the RWA industry and the oracle space are lacking in the security and verification of the data. The unique value proposition that Canary Nest offers

The world’s first oracle designed explicitly for RWAs and premium blue-chip crypto assets, providing institutional traders with unparalleled trading accuracy, 1ms latency, and fully secure, source-verifiable price feeds. Running in a trusted execution environment and direct source-to-chain verification. For the first time, RWA traders can access data feeds offering substantial advantages over legacy oracles, enabling trades with unparalleled precision, speed, and competitive advantage.

As institutional capital increasingly flows onto blockchain platforms such as Arc, Ondo, Ethena, Plume, and Base, traditional DeFi oracles fall short. Legacy solutions were designed primarily for crypto-native tokens and basic price feeds, failing to meet the rigorous compliance, security, and performance requirements for tokenised treasuries, yield-bearing stablecoins, and other complex institutional-grade assets.

Powered by our proprietary SecureWing infrastructure stack, Canary Nest Oracle delivers verifiable, tamper-proof data feeds explicitly tailored for institutional applications:

Trusted Execution Environments (TEEs): Each Canary node runs within verified hardware enclaves (AWS Nitro, AMD SEV), ensuring oracle logic is cryptographically attested, compiled, and securely executed without external manipulation. Oracle binaries are independently verified through enclave reports, providing absolute assurance of untampered execution.

SSL Pinning + Hardware Security Modules (HSMs): TLS-bound data fetching via SSL pinning guarantees secure and direct connections exclusively to approved endpoints, eliminating risks from DNS spoofing, impersonation, or man-in-the-middle (MITM) attacks. HSMs securely manage cryptographic keys, preserving validator integrity even in hostile environments.

Adaptive K-of-N Multi-Node Consensus: A quorum of TEE-secured nodes independently executes identical deterministic logic. Outputs are aggregated through a cryptographically-secured K-of-N threshold signature, dynamically adjusting validator requirements based on asset volatility to mitigate risks from node divergence, injection attacks, or data manipulation.

Direct Source-to-Chain Verification with Attestation: Every data feed is fetched directly from institutional-grade sources, verified within the TEE enclave, and cryptographically attested on-chain. Attestation reports, including enclave measurements and certificate chain validations, provide transparent, verifiable proof of the data's authenticity without reliance on governance, voting, or external trust assumptions.

Programmable Anomaly Detection & Deviation Guards: Canary implements configurable thresholds to detect abnormal NAV fluctuations, automatically requiring additional authorisations during volatile market conditions, significantly reducing risks associated with price manipulation or sudden anomalous price movements.

Canary Nest Oracle meets institutional performance standards by aggregating multiple APIs and oracle signals into unified, secure, omnichain compatible feeds:

• 1ms Latency (without attestations): Institutional-grade execution speeds are essential for trading equities, FX, commodities, and perpetual markets.

• Cross-Chain Support (LayerZero + EigenLayer): Enables gas-efficient, cryptoeconomically secured cross-chain data delivery, significantly improving interoperability and reducing operational costs.

This robust system is already live within Canary’s DVN layer, trusted as the verification backbone securing cross-chain messaging for over $30billion in assets.

Canary currently serves leading institutional partners such as EtherFi, M0, Stargate, Layer Zero, Midas, Rise, Plume, WBTC and may more. Node operators within Canary’s ecosystem are regulated, thoroughly vetted, and economically penalised for misbehaviour through robust slashing mechanisms (backed by EigenLayer ).

The institutional shift to real-world assets demands oracles as trustworthy as the assets themselves. Canary Nest Oracle isn't merely data it represents provable truth, purpose-built to bridge institutional finance with public blockchains.