Definition ∞ Cryptographic evolution describes the continuous advancement and adaptation of encryption methods and security protocols. This progression is driven by new computational capabilities, theoretical advancements, and the constant emergence of novel threats. It signifies an ongoing process of refinement in data protection.
Context ∞ In the realm of digital assets, cryptographic evolution is central to maintaining the security and long-term viability of blockchain networks. The advent of quantum computing poses a significant future threat to current cryptographic standards, prompting intensive research into post-quantum cryptography. News frequently reports on developments in algorithms designed to resist quantum attacks, ensuring the enduring security of digital currencies and decentralized systems against future computational power.
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