The accelerated development of quantum computing is reshaping the landscape of cryptographic security, with the traditional public blockchain cryptosystems facing the potential threat of "Store-Now-Decrypt-Later." Against this backdrop, Quranium has proposed an on-chain infrastructure roadmap centered on quantum security.

Quranium adopts the SLH-DSA signature scheme based on SHA-256 hashing, combined with a Proof-of-Stake (PoS) consensus mechanism, aiming to provide full-stack encryption guarantees for the quantum era. Its goal is not only to withstand the decryption capabilities of future quantum computers, but also to achieve long-term verifiable security in core scenarios such as smart contracts, DeFi, and digital asset custody.

On the product side, the integration of the QSafe wallet provides a user entry point for the implementation of quantum-secure technology, enabling developers and token holders to fully migrate to a quantum-resistant key system without changing their usage habits. In a future where AI, cross-chain interaction, and privacy computing become mainstream, this quantum-resistant foundation will become a necessary condition for on-chain infrastructure.

We welcome users who are currently testing QSafe to share their real-world experiences, and invite developers with expertise in quantum security to discuss the synergistic evolution of AI and blockchain security.

For more information, please refer to the official documentation:

#Quranium #QuantumSecure @KaitoAI #KaitoAI @Bantr_fun #Bantr #Web3Future