How Orochi Network’s zkDatabase Empowers HELIX to Scale Real-World Asset Finance?
November 4, 2025
4 mins read
Orochi’s zkDatabase empowers HELIX to scale Real-World Asset tokenization by providing verifiable, scalable, and secure data infrastructure, leveraging Zero-Knowledge Proofs (ZKPs) to ensure compliance, privacy, and cross-chain interoperability.
**Orochi Network’s **zkDatabase is empowering HELIX to transform Real-World Asset (RWA) tokenization by providing verifiable, scalable, and privacy-preserving data infrastructure.
As HELIX expands its omni-chain stablecoin and private credit products, the integration of zkDatabase, built on Zero-Knowledge Proofs (ZKPs), ensures that off-chain asset data remains tamper-proof, auditable, and interoperable across blockchains.
This article will showcases how Verifiable Data Infrastructure can unlock the next era of compliant, efficient, and trusted RWA finance.
What is HELIX?
HELIX is a Singapore-based DeFi protocol at the forefront of Real-World Asset (RWA) tokenization. Through proprietary big-data credit analytics and AI-driven models, HELIX converts private credit in emerging markets into blockchain-based financial instruments. Its flagship product, USHD, is a dollar-pegged, omni-chain stablecoin backed by short-duration assets such as U.S. Treasury Bills.
Operating at the intersection of TradFi and DeFi, HELIX aims to unlock sustainable, uncorrelated yields for global on-chain investors while maintaining institutional-grade transparency and compliance.
What Challenges Does HELIX Face in the RWA Industry?
Despite its innovation, HELIX, like many RWA-focused DeFi protocols, faces deep structural and technical barriers:
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**Data Integrity and Trust: **Tokenized assets rely on accurate off-chain data, such as credit underwriting or Treasury Bill positions. Ensuring that this data remains tamper-proof and trustworthy is essential to protect investors and ensure market stability.
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**Scalability of Verifiable Computation: **Handling large volumes of RWA data on-chain is expensive and inefficient. Verifying each transaction on-chain introduces high computational costs, limiting throughput and scalability.
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**Cross-Chain Interoperability: **As an omni-chain stablecoin issuer, HELIX must synchronize asset data across various Layer 1 and Layer 2 ecosystems. Ensuring secure and consistent data availability across chains without centralized oracles is a critical challenge.
How Orochi Network’s zkDatabase Solves These Challenges
Orochi Network, the pioneer in Verifiable Data Infrastructure, addresses these pain points through its flagship product - zkDatabase.
Built on Zero-Knowledge Proofs (ZKPs) and designed for verifiable off-chain data workflows, zkDatabase offers HELIX a high-performance solution to scale and secure its RWA operations.
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**Ensuring Tamper-Proof Data Integrity: ** zkDatabase uses ZK-SNARKs to prove that off-chain data (e.g., credit models, asset records) has not been altered. These proofs accompany every data query or update, enabling HELIX to maintain verifiable records without relying on centralized auditors.
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**Enabling High-Throughput RWA Tokenization: **With zkDatabase, HELIX can store and manage critical financial data off-chain, reducing on-chain bloat. Through ZK-data-rollups, the platform cryptographically proves correctness without executing computation on-chain, reducing data costs from ~$25 to ~$0.002 per KB.
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**Unlocking Secure Cross-Chain Operations: **zkDatabase supports trustless data verification across more than 120+ chains. This enables HELIX’s omni-chain USHD stablecoin to operate seamlessly across multiple ecosystems with cryptographic assurance, without introducing new trust assumptions.
How zkDatabase Works for HELIX
zkDatabase is a noSQL verifiable database designed specifically for blockchain-integrated applications like HELIX.
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Data Storage: Off-chain, structured RWA data (e.g., private credit metadata, Treasury Bill allocations) is stored in zkDatabase with Merkle-DAG data structures to ensure availability and traceability.
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Proof Generation: Each query or state change generates a succinct ZK-SNARK, attesting to the correctness of the operation without exposing underlying data.
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Integration: These proofs are submitted on-chain or across chains to support collateralization, user verification, or compliance reporting.
Conclusion
The collaboration between Orochi Network and HELIX stands as a compelling showcase of how Verifiable Data Infrastructure can unlock the full potential of **Real-World Asset (RWA) tokenization. **
By integrating zkDatabase, HELIX gains the tools to ensure data integrity, achieve regulatory-grade transparency, and scale across multiple chains, all while maintaining the efficiency required for real-world financial instruments.
This partnership not only addresses the core challenges of the RWA sector but also sets a precedent for how Zero-Knowledge Proof based infrastructure can drive the next generation of compliant and decentralized finance.
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