SYSTEM, METHOD, AND CRYPTOGRAPHIC FRAMEWORK FOR CLIENT-SIDE AND WEARABLE-DEVICE BASE-STATION IMPERSONATION DETECTION AND TOKEN-GATED LOCATION ATTESTATION WITHIN MULTIMODAL SMART EYEWEAR ECOSYSTEMS

Inventor(s)

• Daitona Carter, Daitona CarterFollow

Abstract

An endpoint-driven security architecture designed to mitigate localized cellular interception, mobile station tracking, and unauthorized infrastructure-level location queries. The system uses client-side RF environment auditing to calculate signal strength anomalies via the Inverse-Square Law, alongside a logical framework that locks location attestation to an active, cryptographically signed PSTN call session token. Unauthenticated backend queries are dropped at the firmware level.

Creative Commons License

This work is licensed under a Creative Commons Attribution-No Derivative Works 4.0 License.

Recommended Citation

Carter, Daitona, "SYSTEM, METHOD, AND CRYPTOGRAPHIC FRAMEWORK FOR CLIENT-SIDE AND WEARABLE-DEVICE BASE-STATION IMPERSONATION DETECTION AND TOKEN-GATED LOCATION ATTESTATION WITHIN MULTIMODAL SMART EYEWEAR ECOSYSTEMS", Technical Disclosure Commons, ()
https://www.tdcommons.org/dpubs_series/10574