The XDC Network has integrated Orochi Network’s zkDatabase, a pivotal technical development for Real-World Asset (RWA) tokenization. This integration establishes a robust framework for generating tamper-proof, cryptographically verifiable data on-chain, fundamentally enhancing the verifiability and compliance of digital assets. The most significant metric quantifying this architectural shift is a cost reduction of over 99% for data integrity, decreasing from approximately $25/KB on Ethereum to $0.002/KB on XDC.
Prior to this development, tokenized Real-World Assets frequently relied on unverifiable claims or off-chain processes for data attestation. This architectural limitation introduced points of opacity and increased the cost associated with maintaining data integrity. The prevailing engineering challenge involved establishing a secure, scalable, and economically viable method for cryptographically proving the authenticity and state of underlying RWA data directly on a blockchain.
This development directly alters the protocol’s data availability and state management systems for tokenized assets. Orochi’s zkDatabase transforms raw data into Proof-Carrying Data (PCD), embedding cryptographically verifiable proofs directly onto the XDC blockchain. This mechanism provides an immutable audit trail, ensuring that all data backing tokenized assets is tamper-proof and transparently verifiable. Developers now possess a foundational primitive for creating highly compliant and trustworthy RWA applications, establishing a new standard for data integrity within decentralized finance and broader enterprise blockchain solutions.
- Cost Reduction ∞ ~$25/KB on Ethereum to ~$0.002/KB on XDC
- Proof Mechanism ∞ Proof-Carrying Data (PCD)
- Core Technology ∞ Zero-Knowledge Proofs (ZKPs)
This integration positions the XDC Network as a core infrastructure provider for institutional-grade RWA markets, enabling a new phase of compliant tokenization. The enhanced verifiability and drastic cost reduction will foster greater institutional confidence, accelerating the adoption of tokenized debt instruments, trade finance documents, and stablecoins. This technological advancement facilitates the creation of advanced financial instruments and verifiable credential systems built upon a foundation of cryptographically assured data.
This integration establishes a foundational primitive for verifiable data integrity, critically advancing the architectural readiness of blockchain networks for institutional Real-World Asset adoption.
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