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This research establishes that BB84 quantum key distribution remains secure even with practical basis-dependent detector flaws and source imperfections, provided adversarial control is limited. By deriving a lower bound on secure key generation rates for weak coherent states, the work offers a critical theoretical foundation for engineers to deploy robust QKD systems without requiring idealized hardware. These findings effectively bridge the gap between theoretical security proofs and the constraints of real-world quantum communication infrastructure.
Detectors With Efficiency Flaws Still Enable QKD Security

This research demonstrates BB84 quantum key distribution security, even with source & detector imperfections—including basis-dependent detector.
The Bennett-Brassard (BB84) protocol for secure communication can remain secure even when equipment isn’t perfect, according to new research by D. Gottesman, H. Lo, N. Lutkenhaus, and J. Preskill. Their work specifically addresses basis-dependent flaws…
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