HomeCybersecuritySmart Glasses Recording-Indicator Trust Model

Smart Glasses Recording-Indicator Trust Model

Interactive 3D model of smart-glasses privacy indicators: compare a hardware-wired recording LED against a software-controlled one under firmware compromise, and watch a second wireless bystander-notification channel resist jamming with distance.

Cybersecurity3DModerate60 FPS
exp-smartglasses-security ↗ Open standalone

Smart glasses put a camera and microphone on someone's face, so the only thing standing between a bystander and covert surveillance is the reliability of the device's privacy indicators. This simulator renders a smart-glasses frame with a real trust-model split: a recording LED that can be wired directly to the camera's power rail (unspoofable by software) or driven by firmware (and therefore able to be silently suppressed as firmware compromise rises), plus a second, independent wireless beacon that announces recording state to nearby devices over BLE and is instead attacked by signal jamming and distance. Drag the compromise and jamming sliders to watch each channel's reliability degrade on its own axis, move the bystander closer or farther to see inverse-square signal falloff in the detection-probability readout, and track the covert-recording-incident counter to see exactly how defense-in-depth — two independently-attacked channels — keeps a single compromised component from producing silent surveillance.

⚙ Under the hood

Interactive 3D model of smart-glasses privacy indicators: compare a hardware-wired recording LED against a software-controlled one under firmware compromise, and watch a second wireless bystander-notification beacon resist jamming and distance.

cybersecuritysmart glasseswearablesprivacyfirmware securityBLE

3D · Three.js / WebGL renderer · 60 FPS target · runs fully client-side, no install

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