Quantum-safe proofs are cryptographic proof systems designed to remain secure even against attacks from quantum computers. These proofs utilize mathematical problems believed to be intractable for both classical and quantum algorithms. Their purpose is to provide verifiable assurances of computation or data integrity in a post-quantum computing era. They are a critical component for long-term digital asset security.
Context
The development and standardization of quantum-safe proofs are a priority in the blockchain and digital asset community to address the impending quantum computation threat. Research is actively exploring various post-quantum cryptographic primitives, including lattice-based and hash-based schemes, for their suitability in decentralized environments. Implementing these proofs will ensure the continued integrity and confidentiality of transactions and smart contracts in the future.
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