MUMBAI, India, Aug. 10 -- Intellectual Property India has published a patent application (202641090972 A) filed by Dr. A. Priya; Odnala Srinivas; Dr. Srishti Tamrakar; Dr. C. Venkataswamy; Ankita Lakra; Dr. Vanita Kumari Soni; Dr. Anivilla Shrikant; Dr. Amita Dubey; Femina Chandra; M K. Kirubakaran; Dr. Archana Kumari Prasad; and Manish Kumar Mathur on July 27, 2026, for A Cross-Blockchain Interoperability Platform For Secure Data And Asset Exchange Across Distributed Ledgers.
Inventors include Dr. A. Priya; Odnala Srinivas; Dr. Srishti Tamrakar; Dr. C. Venkataswamy; Ankita Lakra; Dr. Vanita Kumari Soni; Dr. Anivilla Shrikant; Dr. Amita Dubey; Femina Chandra; M K. Kirubakaran; Dr. Archana Kumari Prasad; and Manish Kumar Mathur.
The application for the patent was published on July 31, 2026, under issue no. 31/2026.
Abstract: The present invention discloses a cross-blockchain interoperability platform for secure data and digital asset exchange across heterogeneous distributed ledger networks. The proposed platform enables seamless communication among public, private, consortium, and hybrid blockchain environments through a unified interoperability framework. The platform comprises a blockchain interface layer, a cross-chain communication engine, a decentralized identity and authentication module, a cryptographic verification engine, an intelligent transaction validation mechanism, an adaptive synchronization module, a privacy protection module, an audit and monitoring module, and a fault recovery module. The blockchain interface layer standardizes communication between different blockchain architectures, while the communication engine securely coordinates cross-chain transactions and asset transfers. The authentication module verifies participating entities before transaction execution, and the cryptographic verification engine validates digital signatures, transaction integrity, and asset ownership. The intelligent validation mechanism detects unauthorized transactions, replay attacks, and double-spending attempts to improve security. The adaptive synchronization module maintains consistency among participating blockchain networks while reducing communication overhead. The privacy protection module safeguards sensitive information using encryption and access control mechanisms, whereas the audit and monitoring module provides immutable transaction records for traceability and regulatory compliance. The fault recovery module automatically detects communication failures and restores interrupted transactions to ensure operational continuity. The modular architecture supports integration with multiple blockchain platforms without requiring significant modifications to existing infrastructures. The invention enhances interoperability, scalability, transparency, transaction integrity, and security while minimizing dependence on centralized intermediaries. The proposed platform is applicable to decentralized finance, healthcare, supply chain management, digital identity systems, Internet of Things applications, enterprise blockchain ecosystems, and other distributed ledger environments requiring secure and reliable cross-chain communication.
Disclaimer: Curated by HT Syndication.
