Smart Glasses – The Job Interview

A job candidate arrives for an interview. Reception checks him in, security takes his phone at the door — no cameras, no recording devices past this point — and the tour begins: R&D lab, engineering bullpen, prototype area, data center. He asks good questions and admires the facility. But his glasses are seeing something else.

By the time he leaves, those smart glasses have identified people, mapped the facility in 3D, reconstructed a prototype from a dozen glances, transcribed conversations, and captured a whiteboard full of project details, a Wi-Fi password, and an access code entered in full view. He didn’t hack the network. They gave him a tour.

Device policies that stop at smartphones no longer cover the threat. Smart glasses look like ordinary eyewear and capture silently, which means security cameras and front-desk checks will not catch them. Bastille detects and locates smart glasses the same way it finds any other wireless device — by their RF emissions — so a security team can stop wearable capture devices at the door, not discover them after the damage is done.

Key Takeaways

• Smart glasses can covertly capture people, spaces, conversations, and whiteboard or screen detail during an ordinary facility visit
• Standard visitor controls like collecting phones at the door do not account for wearable cameras and microphones
• A single escorted tour can be enough to reconstruct prototypes, map a facility in 3D, and capture credentials entered in plain view
• Wireless detection of devices like smart glasses closes the gap that physical inspection misses

Video Transcript

A candidate arrives for an interview. Reception checks him in. “Hi.” Everything feels legitimate. At the door, they take his phone. No cameras, no recording devices past this point.

The tour begins. R&D lab, engineering bullpen, prototype area, data center. He asks good questions, shakes hands, admires the facility. But his glasses are seeing something else. Whiteboard: Project Titan, launch configuration, a Wi-Fi password, an access code entered in full view. “We finally solved the thermal issue on the new design.” A prototype on a workbench. Then he leaves.

“How was it?” “Learned a lot. Thanks, Jennifer.”

Here’s what his glasses actually captured. People identified. The facility mapped in 3D. The prototype reconstructed from a dozen glances. Conversations transcribed. Access procedures fully identified.

He didn’t hack their network. They gave him a tour. This security team took his phone. A security team with Bastille would take his smart glasses too. Visit bastille.net to learn more.

More on Smart Glasses

• Webinar: Detecting Smart Glasses — The Newest Insider Threat
• Webinar: Smart Glasses — The Wireless Threat You Can’t See on Security Cameras
• Research: Smart Glasses Wireless Threats
• The Recorder in the Room: AI Wearables and the Security Gap
• Wireless Security Risks of AI-Enabled Smart Glasses in Sensitive Environments
• Smart Glasses Fall Afoul of the Courts