Tushar Vartak - Over two decades managing cybersecurity for global banks. Passionate about AI, ML, blockchain, and quantum computing. Read Tushar Vartak's full executive profile here.
Having steered cybersecurity at major global banks for over two decades, I've seen technology change the game time and again. Now, quantum computing is stepping onto the field, bringing with it a whole new set of rules.
This ability not only accelerates computational tasks but also opens new avenues for advancements in fields such as medicine, chemical production and training AI models. The profound speed and versatility of quantum computing promise to unlock scientific mysteries that were once thought to be beyond our reach. This article will delve into how this computing technology could challenge today's encryption protocols and the potential ways to secure ourselves.
These algorithms are built on mathematical approaches that are difficult for quantum computers to solve. This is typically achieved by increasing the key size so that a large number of qubits will be needed or by incorporating a special functionality known as trapdoors.• Ensure Cryptographic Agility:• Engage In Standards Development:
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