Toward quantum-enhanced data centers
Marc Kaplan Chief Executive Officer
Expert lecture
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About Marc Kaplan
Marc Kaplan has worked in the area of quantum information for more than fifteen years. He received his PhD from University Paris-Sud and worked in Montreal with Gilles Brassard, the co-inventor of quantum cryptography. Before founding VeriQloud, his research has focused on using quantum algorithms to break classical cryptographic systems, and on the design of quantum-resistant alternatives. He is the CEO of VeriQloud, a company developing solutions for long-term security based on quantum technologies.
Organisation
At VeriQloud we offer the most scalable quantum-safe cybersecurity solutions, preventing “store now, break later” attacks. we protect even against future quantum computer attacks. Ideal for the most sensitive data, such as classified information, genomics, or financial data, quantum cryptography offers levels of protection that cannot be reached using classical methods.
Frequently Asked Questions
- Who is Marc Kaplan?
- Marc Kaplan has worked in the area of quantum information for more than fifteen years. He received his PhD from University Paris-Sud and worked in Montreal with Gilles Brassard, the co-inventor of quantum cryptography. Before founding VeriQloud, his research has focused on using quantum algorithms.
- What is the lecture "Toward quantum-enhanced data centers"?
- This presentation by Marc Kaplan at the Quantum Security Defence World Symposium covers key concepts, challenges, and developments in quantum cyber security, quantum computing, post-quantum cryptography.
- What is quantum cyber security?
- Quantum cyber security applies quantum mechanical principles to protect digital communications and data. It covers quantum key distribution, post-quantum cryptography, and quantum-safe network design.
- What is quantum computing?
- Quantum computing uses superposition and entanglement to perform certain computations substantially faster than classical computers. Key applications include optimisation, simulation, and cryptanalysis.
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