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Last updated January 31, 2026
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Triangulated rf signal localization: BayerRecent Research Landscape

Theft and unauthorized access risks increase when vehicle proximity cannot be precisely verified. These innovations utilize relative positioning and mobile integration to secure entry and recovery protocols.

What technical problems is Bayer addressing in Triangulated rf signal localization?

Ultra-wideband signal interference

(15)evidences

Signal overlap and environmental noise cause inaccuracies in distance measurement between devices. Mitigating these errors ensures secure and precise proximity detection for vehicle access.

Unauthorized remote vehicle access

(11)evidences

Imprecise relative positioning between mobile units and target systems leads to unintended or unsafe component activation. Reliable spatial awareness prevents unauthorized or accidental vehicle operation.

Unauthorized vehicle movement detection

(7)evidences

The inability to track and recover mobile assets following criminal removal. Rapidly identifying the precise location of displaced property reduces permanent asset loss and improves recovery rates.

Temporal synchronization drift

(6)evidences

Temporal errors in time-of-flight calculations lead to localization failures. Correcting these inaccuracies ensures precise vehicle positioning and safety.