Quantum

Quantum banking system for secure cash withdrawal

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Based on a feed excerpt; full article content has not been acquired. Source evidence retrieved 04/11/2026, 05:13:24 UTC.

Briefings

A new quantum-secure banking protocol replaces traditional credentials with quantum tokens to prevent card cloning and credential theft. The framework integrates token generation, authentication, and verification into existing banking workflows using experimentally motivated quantum control techniques. This approach aims to secure cash withdrawal systems against physical and digital counterfeiting threats.

Key points

• The protocol replaces reproducible classical credentials with quantum tokens for authentication in banking workflows.
• The system mitigates card cloning, credential theft, and counterfeiting through experimentally motivated quantum control techniques.

Context

This research presents a quantum-secure withdrawal framework for banking systems, utilizing quantum tokens to prevent credential theft and counterfeiting. It integrates token generation, authentication, and verification into existing workflows.

Limitations

Evidence is limited to an abstract presentation from arXiv; experimental verification and real-world deployment status are not confirmed.

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