Seoul, South Korea – Quranium, a leader in hybrid quantum-proof Digital Ledger Technology (DLT), announced on September 10 a strategic partnership with QQnet, an innovative provider of real-time SWAP and payment systems. This partnership marks a significant step forward in enhancing the security and scalability of digital transactions on a global scale.
QQnet, known for its rapid transaction capabilities, economic feasibility, and user-friendly experience, will collaborate with Quranium to develop quantum-resistant security services utilizing Quranium's robust global infrastructure. This partnership will also enable QQnet to expand the connectivity and usability of its various applications worldwide, including mainnets that integrate tokens, real-world assets (RWAs), security token offerings (STOs), wallets, decentralized exchanges (DEX), payment systems, and general exchanges.
Kapil Dhiman, CEO of Quranium, commented on the partnership, "Our collaboration with QQnet is a perfect showcase of Quranium’s capabilities and our dedication to securing the digital economy. By integrating our quantum-resistant blockchain system, we aim to demonstrate the profound impact of advanced DLT in fields like real-world assets and payment systems, enhancing data security across QQnet's extensive service offerings."
Camila Lee, CMO at QQnet, added, "Partnering with Quranium allows us to leverage their advanced DLT solutions to not only enhance our platform's security but also to scale our operations globally. This collaboration is expected to set a new standard in the interoperability and security of digital assets, offering our users a more secure, transparent, and efficient platform."
The partnership is set to transform how digital services manage, secure, and transact assets, providing a blueprint for the future of decentralized digital interactions. Quranium’s technology offers critical solutions including real-time tracking, transparent transfer, proof of legal ownership, and immutability—ensuring high-level security and integrity, even against potential quantum computing threats.
